Cable channel wireless ad hoc network communication system and method

Abstract

The invention discloses a cable channel wireless ad hoc network communication system and method, and the system comprises a communication network topology parameter range setting module, the communication network topology parameter range setting module is used for setting a safety channel topology structure, a node number and a node density communication network topology parameter range of a cable channel to obtain the communication network topology parameter range, and setting a cable laying transmission range and coverage data; the topological structure, node quantity and node density layout module is used for constructing a layout area position map according to the cable laying transmission range and coverage data in the cable historical project statistical table; the radio frequency end communication module is used for generating a dynamic network layer protocol according to a reference safety channel topological structure, the number of nodes and a node density layout area position map and according to a communication base station control center adjustment instruction received / sent by a radio frequency end, and controlling the cable laying signal strength; according to the invention, the problem of low communication efficiency caused by low resolution is improved, and the safety of the cable channel is improved.

Description

Technical Field

[0001] The present invention relates to the field of cable communication, and in particular to a cable channel wireless ad hoc network communication system and method. Background Art

[0002] With the accelerated development of industrialization and informatization, cable channels play a vital role in the fields of electricity, communication, data transmission, etc. Cable channels are usually used to lay communication cables, power cables, etc., but in practical applications, how to ensure the stability of equipment inside the cable channel and the reliability of information transmission has become an urgent problem to be solved. Although traditional wired communication networks can ensure stable data transmission, their wiring is complex and their scalability is poor. Especially in an environment like a cable channel, there is great uncertainty in the direction and layout of the cables. In contrast, the communication system based on wireless ad hoc network (WSN) technology connects various sensor nodes through a wireless network, and has the advantages of self-adaptation, self-organization, and self-repair, which can provide a more flexible and efficient communication solution for cable channels.

[0003] Although wireless ad hoc networks have been successfully applied in many fields, they still have significant shortcomings in cable channel communication systems. First, the topology of the communication network of the cable channel is complex and highly dynamic. As the cable layout changes, the network topology will change. Existing wireless ad hoc network technology often cannot quickly adapt to this dynamic change. In traditional wireless ad hoc networks, when the distance between nodes is far, the signal attenuation is serious, resulting in a decrease in communication quality. In areas with dense nodes, the network topology becomes more complex, and frequent interference and conflicts may occur between nodes, affecting the reliable transmission of data. Secondly, the number and layout of nodes in the cable channel will greatly affect the network performance. When the node density is high, the communication traffic and the number of data packets that need to be processed in the network will increase dramatically. Existing protocols and algorithms are difficult to efficiently manage and schedule a large number of nodes, resulting in network congestion, increased latency and reduced throughput, affecting the overall performance of the system, and thus making the communication quality more unstable. Summary of the invention

[0004] The present invention provides a cable channel wireless self-organizing network communication system and method, which are used to realize accurate communication with a communication base station control center of cable laying according to a radio frequency end, and overcome the problem of signal-to-noise ratio in the background technology.

[0005] The present invention provides a cable channel wireless ad hoc network communication system, comprising:

[0006] The communication network topology parameter range setting module is used to set the communication network topology parameter range for the wireless ad hoc network topology structure, node number and node density of the cable channel, and obtain the communication network topology parameter range setting cable laying transmission range and coverage data;

[0007] The topology structure, node quantity, and node density layout module is used to set the cable laying transmission range, coverage data, and cable channel signal transmission quality data obtained from the RF end cable channel data cloud according to the communication network topology parameter range, match the cable laying transmission range and coverage data in the cable history project statistics table, and construct a reference wireless ad hoc network topology structure, node quantity, and node density layout area location map based on the cable laying transmission range and coverage data in the cable history project statistics table;

[0008] The RF end communication module is used to generate a dynamic network layer protocol based on the reference wireless ad hoc network topology structure, node number, node density layout area location map and the communication base station control center adjustment instructions received / sent by the RF end, and control the cable laying signal strength according to the dynamic network layer protocol to obtain the real-time transmission range and coverage data within the wireless ad hoc network topology structure, node number, and node density;

[0009] The regional location map optimization module is used to optimize and adjust the reference wireless ad hoc network topology structure, node number, node density layout regional location map according to the real-time transmission range and coverage data, obtain the latest reference wireless ad hoc network topology structure, node number, node density layout regional location map, and adjust the signal-to-noise ratio of the dynamic network layer protocol according to the latest reference wireless ad hoc network topology structure, node number, node density layout regional location map to obtain the latest real-time network layer protocol;

[0010] The signal strength control module is used to control the signal strength of the cable laying according to the latest real-time network layer protocol, and obtain the transmission range and coverage data of the cable laying in different unit time.

[0011] Furthermore, the communication network topology parameter range setting module includes:

[0012] A signal transmission quality data acquisition unit is used to acquire the cable channel signal transmission quality data in the cable channel data cloud at the radio frequency end, and determine the wireless ad hoc network topology, node quantity, and node density from the cable channel signal transmission quality data;

[0013] The transmission rate data signal-to-noise ratio unit is used to set parameter requirements for the communication network topology parameter range of the wireless ad hoc network topology structure, the number of nodes, and the node density, and to filter out the communication network topology parameter range setting parameter transmission rate data from the cable channel signal transmission quality data;

[0014] A network layer protocol determination unit, used for generating a communication network topology parameter range setting network layer protocol according to the communication network topology parameter range setting parameter transmission rate data and the communication network topology parameter range setting parameter requirements of the wireless ad hoc network topology structure, node number, and node density;

[0015] The cable laying transmission range and coverage data unit is used to set the network layer protocol to control the cable laying according to the communication network topology parameter range, set the signal strength communication network topology parameter range within the wireless ad hoc network topology structure, node number and node density of the cable channel, and obtain the communication network topology parameter range to set the cable laying transmission range and coverage data.

[0016] Furthermore, the topology structure, node quantity, and node density layout module include:

[0017] The transmission rate data determination unit is used to determine the topology structure, number of nodes, and node density of the wireless ad hoc network, the topology structure, number of nodes, and node density network delay transmission rate, obtain the cable channel signal transmission quality data in the RF end cable channel data cloud, and use the signal-to-noise ratio of the cable channel signal transmission quality data to determine the topology structure, number of nodes, and node density network delay transmission rate corresponding to the topology structure, number of nodes, and node density network delay transmission rate;

[0018] A network delay determination unit is used to determine the topology structure, number of nodes, and network delay of the wireless ad hoc network based on the topology structure, number of nodes, and node density network delay transmission rate data;

[0019] The bit error rate data signal-to-noise ratio unit is used to set the cable laying transmission range and coverage data for the interval variation value signal-to-noise ratio according to the interval variation value signal-to-noise ratio strategy corresponding to the topology structure, number of nodes, node density and network delay of the communication network topology parameter range, and obtain the bit error rate data of different channel topology structures, number of nodes and node density network delays;

[0020] A bit error rate signal-to-noise ratio calculation unit for different seasons is used to calculate the bit error rate for different seasons in the signal-to-noise ratio in the existing cable laying detection cloud based on the bit error rate data of all topological structures, number of nodes, node density and network delay;

[0021] The reference layout area location map construction unit is used to construct a reference wireless ad hoc network topology structure, node quantity, and node density layout area location map based on the cable laying transmission range and coverage data in the cable history project statistics table in different seasonal bit error rates.

[0022] Furthermore, the radio frequency communication module includes:

[0023] An interference suppression interval construction unit is used to determine the types of noise interference per unit distance of cable laying signal strength at different time periods according to the reference wireless ad hoc network topology structure, node number, and node density layout area location map, and generate the interference suppression interval of the cable laying signal strength process according to the types of noise interference per unit distance of the cable laying signal strength at different time periods and the reference wireless ad hoc network topology structure, node number, and node density layout area location map;

[0024] The communication base station control center transmission wireless signal unit is used to transmit the interference suppression interval of the cable laying signal strength process to the communication terminal of the communication base station control center according to the resolution of the radio frequency terminal, and receive the corresponding wireless signal command;

[0025] A network layer protocol generation unit is used to adjust and correct the noise interference type of the cable laying signal strength per unit distance in different time periods according to the communication base station control center adjustment instruction in the wireless signal instruction, obtain the noise interference type of the cable laying signal strength per unit distance, and generate a dynamic network layer protocol according to the noise interference type of the cable laying signal strength per unit distance;

[0026] The real-time signal strength acquisition unit is used to control the cable laying to perform signal strength according to the real-time network layer protocol in the dynamic network layer protocol and obtain the real-time transmission range and coverage data within the wireless ad hoc network topology, node number, and node density.

[0027] Furthermore, the interference suppression interval construction unit includes:

[0028] A modulation mode setting unit is used to determine the signal attenuation speed of the wireless ad hoc network topology structure, the number of nodes, and the node density at different altitudes according to the reference wireless ad hoc network topology structure, the number of nodes, and the node density layout area location map, and determine the modulation mode of each communication point at different altitudes according to the wireless ad hoc network topology structure, the number of nodes, and the node density;

[0029] The modulation mode amplitude setting unit is used to divide the reference wireless ad hoc network topology structure, node number, node density layout area location diagram into multiple interval topology structures, node number, node density layout area location diagrams with different bit error rate interference, and determine the communication point amplitudes of all corresponding modulation mode positions interacting with each other in the multiple interval topology structures, node number, and node density algorithms as the modulation mode amplitude;

[0030] The decoding efficiency detection unit is used to use the midpoint of the line connecting the modulation mode amplitude as the topology structure, the number of nodes, and the node density in different time periods, and fit the wireless ad hoc network topology structure, the number of nodes, and the node density decoding efficiency according to all relatively different time periods;

[0031] The frequency response speed evaluation unit is used to generate the interference suppression interval of the cable laying signal strength process according to the noise sources at different altitudes of the wireless ad hoc network topology, the number of nodes, and the node density and the hardware failure frequency corresponding to the wireless ad hoc network topology, the number of nodes, and the node density, as well as the decoding efficiency of the wireless ad hoc network topology, the number of nodes, and the node density.

[0032] Furthermore, the frequency response speed evaluation unit comprises:

[0033] The decoding efficiency determination component at different time periods is used to determine the tangent of the decoding efficiency of the wireless ad hoc network topology, node number, and node density at different time periods of the channel topology, node number, and node density, and regards the decoding efficiency of the topology, node number, and node density axis at different time periods as the corresponding topology, node number, and node density;

[0034] The communication interruption frequency determination component at different time periods is used to determine all communication points that intersect with the decoding efficiency of the topology structure, node number, node density axis at different altitudes of the wireless ad hoc network at different time periods as the corresponding cable laying frequency deviation size at different time periods of the topology structure, node number, node density, and then determine the communication interruption frequency at different time periods after all the cable laying frequency deviation sizes at different altitudes of the wireless ad hoc network at different time periods of the topology structure, node number, node density;

[0035] The frequency response speed evaluation component is used to input the communication interruption frequency in different time periods after the frequency deviation of all cable laying in different time periods of the topology structure, number of nodes and node density into the hardware failure frequency of the corresponding wireless ad hoc network topology structure, number of nodes and node density, determine the fault degree at different time periods of the corresponding topology structure, number of nodes and node density, evaluate the frequency response speed of the decoding efficiency of the wireless ad hoc network topology structure, number of nodes and node density according to the fault degree, and generate the interference suppression interval of the cable laying signal strength process.

[0036] Furthermore, the regional location map optimization module includes:

[0037] A network layer protocol adjustment unit, used for adjusting the maximum transmission distance network layer protocol in the dynamic network layer protocol according to the real-time transmission range and coverage data;

[0038] A dynamic layout area location map updating unit is used to optimize and adjust the reference wireless ad hoc network topology structure, node number, and node density layout area location map according to the real-time transmission range and coverage data, and obtain the latest reference wireless ad hoc network topology structure, node number, and node density layout area location map;

[0039] Transmission range and coverage visualization unit, used to visualize topology structure, node number, node density per unit area transmission range and coverage according to the latest reference wireless ad hoc network topology structure, node number, node density layout area location map and unit time network layer protocol in dynamic network layer protocol and cable laying transmission range and coverage data in cable history project statistics table;

[0040] The communication base station control center interaction unit is used to transmit the topology structure, number of nodes, node density, transmission range per unit area, and coverage to the communication terminal of the communication base station control center for display according to the resolution of the radio frequency terminal, and receive real-time communication adjustment instructions input by the communication terminal of the communication base station control center;

[0041] The signal-to-noise ratio optimization unit is used to adjust the signal-to-noise ratio of the dynamic network layer protocol according to the real-time communication adjustment instruction to obtain the latest real-time network layer protocol.

[0042] The present invention provides a cable channel wireless ad hoc network communication system and method, comprising:

[0043] Step A100: setting the communication network topology parameter range for the wireless ad hoc network topology structure, node number, and node density of the cable channel, and obtaining the communication network topology parameter range to set the cable laying transmission range and coverage data;

[0044] Step A200: according to the communication network topology parameter range, the cable laying transmission range and coverage data and the cable channel signal transmission quality data obtained from the RF end cable channel data cloud are set, the cable laying transmission range and coverage data in the cable history project statistics table are matched, and the reference wireless ad hoc network topology structure, node quantity, and node density layout area location map are constructed according to the cable laying transmission range and coverage data in the cable history project statistics table;

[0045] Step A300: Generate a dynamic network layer protocol based on a reference wireless ad hoc network topology, number of nodes, node density layout area location map and a communication base station control center adjustment instruction received / sent by the RF terminal; and control the cable laying signal strength according to the dynamic network layer protocol to obtain the real-time transmission range and coverage data within the wireless ad hoc network topology, number of nodes, and node density.

[0046] Step A400: Optimize and adjust the reference wireless ad hoc network topology structure, node quantity, and node density layout area location map according to the real-time transmission range and coverage data to obtain the latest reference wireless ad hoc network topology structure, node quantity, and node density layout area location map;

[0047] Step A500: Adjust the signal-to-noise ratio of the dynamic network layer protocol according to the latest reference wireless ad hoc network topology, number of nodes, and node density layout area location map to obtain the latest real-time network layer protocol; control the signal strength of the cable laying according to the latest real-time network layer protocol to obtain the transmission range and coverage data of the cable laying in different unit times.

[0048] Beneficial effects:

[0049] The present invention proposes a wireless ad hoc network communication system and method for a cable channel. The communication network topology parameter range is set according to the communication network topology parameter range obtained by setting the wireless ad hoc network topology structure, node number and node density of the cable channel, and the cable laying transmission range and coverage data are matched to the cable laying transmission range and coverage data in the cable history project statistics table, and a reference wireless ad hoc network topology structure, node number and node density layout area location map is constructed. A dynamic network layer protocol is generated in combination with the communication adjustment instruction transmitted by the communication base station control center, and the cable laying is optimized according to the pre-generated dynamic network layer protocol, thereby reducing the communication error in the cable laying detection process and improving the problem of low communication efficiency caused by low resolution. The reference wireless ad hoc network topology structure, node number and node density layout area location map are optimized and adjusted according to the real-time transmission range and coverage data obtained in the detection process, and then the communication quality is continuously improved according to the iterative process in the detection process, thereby improving the safety of the cable channel. BRIEF DESCRIPTION OF THE DRAWINGS

[0050] Figure 1 A module composition diagram of a cable channel wireless ad hoc network communication system of the present invention;

[0051] Figure 2 The present invention is a flow chart of the operation of a cable channel wireless ad hoc network communication method. DETAILED DESCRIPTION

[0052] The preferred embodiments of the present invention are described below in conjunction with the accompanying drawings. It should be understood that the preferred embodiments described herein are only used to illustrate and explain the present invention, and are not used to limit the present invention.

[0053] like Figure 1 As shown, the present invention provides a cable channel wireless ad hoc network communication system, comprising:

[0054] A communication network topology parameter range setting module is used to set the communication network topology parameter range for the wireless ad hoc network topology structure, node number, and node density of the cable channel, and obtain the cable laying transmission range and coverage data for setting the communication network topology parameter range. The cable laying transmission range and coverage data for setting the communication network topology parameter range are the transmission range and coverage data within the partial topology structure, node number, and node density of the wireless ad hoc network including the cable channel obtained in the process of setting the communication network topology parameter range;

[0055] According to the communication network topology parameter range setting process of the cable channel and the communication network topology parameter range obtained, the cable laying transmission range and coverage data are set to provide a reference for the subsequent matching display of the existing cable laying transmission range and coverage data;

[0056] The topology structure, node quantity, and node density layout module is used to set the cable laying transmission range, coverage data, and cable channel signal transmission quality data obtained from the cable channel data cloud at the RF end according to the communication network topology parameter range, match the cable laying transmission range and coverage data in the cable history project statistics table, that is, the existing cable laying transmission range and coverage data in the detection bit error rate similar to the cable channel signal transmission quality data of the cable channel per unit time stored at the RF end, and construct a reference wireless ad hoc network topology structure, node quantity, and node density layout area location map based on the cable laying transmission range and coverage data in the cable history project statistics table, that is, the wireless ad hoc network topology structure, node quantity, and node density layout area location map at different altitudes constructed based on the existing cable laying transmission range and coverage data;

[0057] The communication network topology parameter range obtained by setting the wireless ad hoc network topology, node number, and node density of the cable channel is used to set the cable laying transmission range and coverage data to match the cable laying transmission range and coverage data in the cable history project statistics table, and a reference wireless ad hoc network topology, node number, and node density layout area location map is constructed to achieve advance prediction of the wireless ad hoc network topology, node number, and node density shape, providing an important data basis for the subsequent generation of a dynamic network layer protocol that can control the working parameters of the cable laying during the entire detection process;

[0058] A radio frequency end communication module is used for arranging an area location map according to a reference wireless ad hoc network topology structure, the number of nodes, and the node density and adjusting instructions of a communication base station control center received / sent by the radio frequency end. The communication base station control center adjustment instructions are issued by a communication end of the communication base station control center. The communication end of the communication base station control center transmits the communication base station control center adjustment instructions to the cable channel wireless ad hoc network communication system according to a gateway access function provided by the resolution, generates a dynamic network layer protocol, and controls the cable laying signal strength according to the dynamic network layer protocol to obtain real-time transmission range and coverage data within the wireless ad hoc network topology structure, the number of nodes, and the node density, that is, the transmission range and coverage data within the wireless ad hoc network topology structure, the number of nodes, and the node density obtained according to the objective lens on the cable laying when the signal strength is in the wireless ad hoc network topology structure, the number of nodes, and the node density;

[0059] Generate a dynamic network layer protocol based on the constructed reference wireless ad hoc network topology, node quantity, node density layout area location map and communication adjustment instructions transmitted by the communication base station control center, and perform preliminary communication on cable laying based on the pre-generated dynamic network layer protocol, which reduces the engineer participation in the cable laying detection process, improves the degree of automation, and thus improves the low communication efficiency and interval caused by low resolution;

[0060] The regional location map optimization module is used to optimize and adjust the reference wireless ad hoc network topology structure, node number, and node density layout regional location map according to the real-time transmission range and coverage data, and obtain the latest reference wireless ad hoc network topology structure, node number, and node density layout regional location map, that is, the reference wireless ad hoc network topology structure, node number, and node density layout regional location map obtained after being optimized and adjusted according to the real-time transmission range and coverage data, and adjust the signal-to-noise ratio of the dynamic network layer protocol according to the latest reference wireless ad hoc network topology structure, node number, and node density layout regional location map, and obtain the latest real-time network layer protocol, the dynamic network layer protocol obtained after the signal-to-noise ratio is adjusted;

[0061] The signal strength control module is used to control the signal strength of the cable rack according to the latest real-time network layer protocol, and obtain the transmission range and coverage data of the cable rack at different unit times, that is, the transmission range and coverage data of the wireless ad hoc network topology, number of nodes, and node density finally obtained after the detection is completed, which are required by the detection project;

[0062] Based on the real-time transmission range and coverage data obtained during the detection process, the reference wireless ad hoc network topology structure, node quantity, and node density layout area location map are optimized and adjusted to achieve real-time adjustment and optimization of the dynamic network layer protocol, and the cable laying is controlled for signal strength based on the real-time network layer protocol obtained after optimization, thereby continuously improving the communication accuracy according to the iterative process of the detection process, further ensuring the communication accuracy during the cable laying detection process.

[0063] Communication network topology parameter range setting module, including:

[0064] A signal transmission quality data acquisition unit is used to acquire the cable channel signal transmission quality data in the cable channel data cloud at the radio frequency end, and determine the wireless ad hoc network topology, node quantity, and node density from the cable channel signal transmission quality data;

[0065] The transmission rate data signal-to-noise ratio unit is used to set parameter requirements according to the communication network topology parameter range of the wireless ad hoc network topology structure, the number of nodes, and the node density, that is, to set the network layer protocol requirements for the communication network topology parameter ranges of different wireless ad hoc network topologies, the number of nodes, and the node density. For example, the communication network topology parameter range is used to set the parameter transmission rate data-communication network topology parameter range setting network layer protocol list to represent, and the communication network topology parameter range setting parameter transmission rate data is screened out from the cable channel signal transmission quality data, that is, the communication network topology parameter range setting parameter transmission rate data is included in the communication network topology parameter range setting parameter requirements for the wireless ad hoc network topology structure, the number of nodes, and the node density. The data is the signal-to-noise ratio obtained from the cable channel signal transmission quality data, for example: the cable channel age is the communication network topology parameter range setting parameter transmission rate data;

[0066] a network layer protocol determination unit, for generating a communication network topology parameter range setting network layer protocol according to the communication network topology parameter range setting parameter transmission rate data and the communication network topology parameter range setting parameter requirements of the wireless ad hoc network topology structure, the number of nodes, and the node density, for retrieving a communication network topology parameter range setting parameter transmission rate data-communication network topology parameter range setting network layer protocol list corresponding to the communication network topology parameter range setting parameter requirements of the wireless ad hoc network topology structure, the number of nodes, and the node density according to the communication network topology parameter range setting parameter transmission rate data, for determining a corresponding parameter related to the communication network topology parameter range setting process, and further determining the communication network topology parameter range setting network layer protocol according to the determined parameter related to the communication network topology parameter range setting process;

[0067] The above-mentioned signal transmission quality data acquisition unit, transmission rate data signal-to-noise ratio unit, and network layer protocol determination unit realize the automatic determination process of the wireless ad hoc network topology structure, node number, and node density, and also realize the determination of the communication network topology parameter range setting parameter transmission rate data according to the communication network topology parameter range setting parameter requirements of the wireless ad hoc network topology structure, node number, and node density, and then further determine the communication network topology parameter range setting network layer protocol by combining the two, that is, generate the communication network topology parameter range setting network layer protocol that can automatically complete the communication network topology parameter range setting of the cable channel during communication cable laying, that is, realize the automation of the communication network topology parameter range setting process, and further reduce the engineer participation in the detection process of the detection items according to the cable laying;

[0068] The cable laying transmission range and coverage data unit is used to set the network layer protocol to control the cable laying according to the communication network topology parameter range, perform signal strength communication network topology parameter range setting within the wireless ad hoc network topology structure, node number, and node density of the cable channel, and obtain the communication network topology parameter range setting cable laying transmission range and coverage data;

[0069] The network layer protocol is set according to the communication network topology parameter range to control cable laying and perform signal strength communication network topology parameter range setting, thereby achieving full automation and intelligence in the communication network topology parameter range setting process.

[0070] Topology, number of nodes, and node density layout modules, including:

[0071] The transmission rate data determination unit is used to determine the topology structure, number of nodes, and node density of the wireless ad hoc network, the topology structure, number of nodes, and node density network delay transmission rate, obtain the cable channel signal transmission quality data in the RF end cable channel data cloud, and use the signal-to-noise ratio of the cable channel signal transmission quality data to determine the topology structure, number of nodes, and node density network delay transmission rate corresponding to the topology structure, number of nodes, and node density network delay transmission rate;

[0072] Determine the topology structure, number of nodes, node density network delay transmission rate data according to the transmission rate data determination unit;

[0073] A network delay determination unit is used to determine the topology structure, number of nodes, and network delay of the wireless ad hoc network based on the topology structure, number of nodes, and node density network delay transmission rate data;

[0074] Determine the network delay of the topology structure, the number of nodes, and the node density according to the network delay determination unit;

[0075] The bit error rate data signal-to-noise ratio unit is used to obtain the signal-to-noise ratio strategy of the interval variation value corresponding to the network delay of the topological structure, the number of nodes, and the node density according to the signal-to-noise ratio of the cable laying transmission range and coverage data, and the signal-to-noise ratio of the interval variation value of the cable laying transmission range and coverage data is set for the communication network topology parameter range to obtain the bit error rate data of the network delay of different channel topological structures, the number of nodes, and the node density, that is, the specific parameters corresponding to the topological structure, the number of nodes, and the node density network delay of the cable channel signal transmission quality;

[0076] According to the bit error rate data signal-to-noise ratio unit, the cable laying transmission range and signal-to-noise ratio in the coverage data are set within the communication network topology parameter range to output the bit error rate data of the topology structure, number of nodes, node density, and network delay;

[0077] The bit error rate signal-to-noise ratio calculation unit of different seasons is used to calculate the bit error rate of different seasons in the existing cable laying detection cloud according to the bit error rate data of all topological structures, number of nodes, node density network delay, that is, the detection bit error rate close to the bit error rate data of the network delay of the same topological structure, number of nodes, node density determined per unit time. The detection bit error rate is the bit error rate data of the relevant recorded data obtained when the same topological structure, number of nodes, and node density of other cable channels were detected and stored in the RF end platform;

[0078] The bit error rate data determined by the bit error rate data signal-to-noise ratio unit is used as a reference for signal-to-noise ratio calculation. The signal-to-noise ratio calculates the bit error rate in different seasons, providing basic data for the subsequent reference wireless ad hoc network topology structure, node quantity, and node density layout area location map construction;

[0079] The reference layout area location map construction unit is used to construct a reference wireless ad hoc network topology structure, node number, and node density layout area location map according to the cable laying transmission range and coverage data in the cable history project statistics table in different seasonal bit error rates, reconstruct the interval change values ​​in the cable laying transmission range and coverage data in the cable history project statistics table on the horizontal and vertical axes, and splice and fit the partial algorithms after the horizontal and vertical axes according to the acquisition order of the interval change values ​​to obtain the reference wireless ad hoc network topology structure, node number, and node density layout area location map;

[0080] Based on the horizontal and vertical axes of the interval change values ​​of the cable laying transmission range and coverage data in the cable history project statistics table, a reference wireless ad hoc network topology structure, node number, and node density layout area location map is constructed to achieve advance prediction of the wireless ad hoc network topology structure, node number, and node density shape, providing an important data basis for the subsequent generation of a dynamic network layer protocol that can control the working parameters of the cable laying during the entire detection process;

[0081] RF communication module, including:

[0082] An interference suppression interval construction unit is used to determine the types of noise interference per unit distance of the cable laying signal strength at different time periods according to the reference wireless ad hoc network topology structure, node number, and node density layout area location map, that is, to preliminarily determine the types of noise interference per unit distance of the signal strength of the cable laying in the wireless ad hoc network topology structure, node number, and node density during detection, and to generate the interference suppression interval of the cable laying signal strength process according to the types of noise interference per unit distance of the cable laying signal strength at different time periods and the reference wireless ad hoc network topology structure, node number, and node density layout area location map;

[0083] The noise interference types of cable laying signal strength per unit distance in different time periods are determined based on the reference wireless ad hoc network topology structure, node number, node density layout area location map and the reference wireless ad hoc network topology structure, node number, node density layout area location map to obtain the interference suppression interval of the cable laying signal strength process, and the algorithmization of the noise interference types of cable laying signal strength per unit distance in different time periods is realized;

[0084] The communication base station control center transmits a wireless signal unit, which is used to transmit the interference suppression interval of the cable laying signal strength process to the communication terminal of the communication base station control center according to the resolution of the radio frequency terminal, and receive the corresponding wireless signal instruction, that is, the communication terminal of the communication base station control center receives the wireless signal content of the interference suppression interval of the cable laying signal strength process, including the communication base station control center adjustment instruction of the type of noise interference per unit distance of the cable laying signal strength in different time periods;

[0085] The signal strength of the cable laying is determined based on the type of noise interference per unit distance of the signal strength of the cable laying in different time periods. The algorithmic result of the signal strength of the cable laying process is sent to the communication end of the communication base station control center and receives the wireless signal command of the engineer, so that the engineer can participate in the decision-making of the type of noise interference per unit distance of the signal strength of the cable laying, thereby making the decision of the dynamic network layer protocol of the cable laying more flexible. Moreover, the reliability of the dynamic network layer protocol is further guaranteed due to the participation of engineers in the decision-making.

[0086] A network layer protocol generating unit is used to adjust and correct the types of noise interference per unit distance of the cable laying signal strength in different time periods according to the communication base station control center adjustment instruction in the wireless signal instruction, that is, the instruction for adjusting the types of noise interference per unit distance of the cable laying signal strength in different time periods issued by the communication terminal of the communication base station control center after receiving the interference suppression interval of the cable laying signal strength process, for example: directly use the modified type of noise interference per unit distance of the cable laying signal strength calibrated by the communication terminal of the communication base station control center in the input display screen of the communication base station control center as the adjusted and corrected type of noise interference per unit distance of the cable laying signal strength, obtain the type of noise interference per unit distance of the cable laying signal strength, that is, adjust the modified type of noise interference per unit distance of the cable laying signal strength according to the adjustment instruction of the communication base station control center, and generate a dynamic network layer protocol according to the type of noise interference per unit distance of the cable laying signal strength, that is, control the cable laying according to the signal strength of the noise interference per unit distance of the cable laying signal strength, which may include control parameters such as the maximum path loss of the cable laying signal strength, the signal strength direction, and the signal strength distance;

[0087] According to the communication base station control center adjustment instructions in the wireless signal instructions, the types of noise interference per unit distance of the cable laying signal strength in different time periods are adjusted and corrected, and the dynamic network layer protocol is further generated according to the corrected types of noise interference per unit distance of the cable laying signal strength, which adds the link of engineer decision-making in the decision-making process of the dynamic network layer protocol, and further ensures the reliability of the determined dynamic network layer protocol;

[0088] A real-time signal strength acquisition unit is used to control the cable laying to perform signal strength and obtain real-time transmission range and coverage data within the wireless ad hoc network topology, number of nodes, and node density according to the real-time network layer protocol in the dynamic network layer protocol;

[0089] The real-time signal strength acquisition unit completes the preliminary signal strength control of the cable laying during the detection process.

[0090] Interference suppression interval building unit, including:

[0091] A modulation mode setting unit is used to determine the signal attenuation speed of the wireless ad hoc network topology structure, the number of nodes, and the node density at different altitudes according to the reference wireless ad hoc network topology structure, the number of nodes, and the node density layout area location map, and determine the modulation mode of each communication point at different altitudes according to the wireless ad hoc network topology structure, the number of nodes, and the node density;

[0092] A modulation mode amplitude setting unit is used to divide the reference wireless ad hoc network topology structure, node number, node density layout area location map into multiple interval topology structures, node number, node density layout area location maps with different bit error rate interference, and determine the communication point amplitudes of all corresponding modulation mode positions interacting with each other in the multiple interval topology structures, node number, and node density algorithms, that is, the communication point amplitude includes communication points belonging to multiple interval topology structures, node number, and node density algorithms, and the modulation mode positions of the wireless ad hoc network topology structure, node number, and node density at different altitudes interact with each other at the multiple communication points as the modulation mode amplitude;

[0093] A decoding efficiency detection unit is used to use the midpoint of the line connecting the modulation mode amplitude as the topology structure, number of nodes, and node density at different time periods, and to fit the wireless ad hoc network topology structure, number of nodes, and node density decoding efficiency according to all relatively different time periods (that is, the layout area location map obtained by fitting all topology structures, number of nodes, and node density at different time periods according to the general direction of the signal strength of the cable laying is used as the wireless ad hoc network topology structure, number of nodes, and node density decoding efficiency);

[0094] The midpoint of the line connecting multiple communication points in the modulation mode amplitude is taken as the center point of the topological structure, the number of nodes and the node density, and the decoding efficiency of the wireless ad hoc network topological structure, the number of nodes and the node density is further fitted according to the center point of the topological structure, the number of nodes and the node density, so that the noise interference type per unit distance of the cable laying signal strength determined subsequently is located as much as possible in the center of the wireless ad hoc network topological structure, the number of nodes and the node density, thereby ensuring the transmission range and the field of view of the coverage data obtained by the cable laying. Therefore, when the cable laying is located at the decoding efficiency signal strength of the wireless ad hoc network topological structure, the number of nodes and the node density, the field of view of the cable laying caused by the inner wall of the topological structure, the number of nodes and the node density can be minimized during the signal strength process;

[0095] A frequency response speed evaluation unit is used to generate interference suppression intervals for the cable laying signal strength process according to noise sources at different altitudes of the wireless ad hoc network topology, the number of nodes, and the node density, i.e., curvature data of communication points on the surface of the wireless ad hoc network topology, the number of nodes, and the node density, and the hardware failure frequency corresponding to the wireless ad hoc network topology, the number of nodes, and the node density, as well as the decoding efficiency of the wireless ad hoc network topology, the number of nodes, and the node density;

[0096] According to the noise sources at different altitudes of the wireless ad hoc network topology, number of nodes, and node density, the maximum path loss of the cable laying at the corresponding communication fault location can be determined, which can ensure that the instantaneous signal strength speed of the cable laying corresponds to the curvature of the wireless ad hoc network topology, number of nodes, and node density at different altitudes, thereby improving the flexibility of the signal strength speed of the cable laying within the wireless ad hoc network topology, number of nodes, and node density, and ensuring the observability of the transmission range and coverage data obtained during the cable laying signal strength process;

[0097] In this embodiment, the frequency of hardware failure is a pre-trained algorithm using a large amount of noise source data at different altitudes of wireless ad hoc network topologies, number of nodes, and node density and the corresponding maximum value of the path loss of the type of noise interference signal strength per unit distance within the wireless ad hoc network topologies, number of nodes, and node density as samples. The algorithm can determine the maximum value of the path loss of each communication failure at the decoding efficiency of the wireless ad hoc network topology, number of nodes, and node density by inputting the noise source data at different altitudes of the wireless ad hoc network topology, number of nodes, and node density.

[0098] Frequency response speed evaluation unit, including:

[0099] The decoding efficiency determination component at different time periods is used to determine the tangent of the decoding efficiency of the wireless ad hoc network topology, number of nodes, and node density at different time periods of different channel topology, number of nodes, and node density, and regard the topology, number of nodes, and node density at different time periods as the corresponding topology, number of nodes, and node density.

[0100] According to the decoding efficiency determination component at different time periods, the decoding efficiency at different time periods of the topology structure, the number of nodes, and the node density axis perpendicular to the wireless ad hoc network topology structure, the number of nodes, and the node density derived direction can be determined;

[0101] The communication interruption frequency determination component at different time periods is used to determine all communication points that intersect with the decoding efficiency of the topology structure, node number, node density axis at different altitudes of the wireless ad hoc network at different time periods as the corresponding cable laying frequency deviation size at different time periods of the topology structure, node number, node density, and then determine the communication interruption frequency at different time periods after all the cable laying frequency deviation sizes at different altitudes of the wireless ad hoc network at different time periods of the topology structure, node number, node density;

[0102] A frequency response speed evaluation component is used to input the communication interruption frequency in different time periods after the frequency deviation of all cable laying in different time periods of the topology structure, the number of nodes, and the node density into the hardware failure frequency of the corresponding wireless ad hoc network topology structure, the number of nodes, and the node density, determine the fault degree at different time periods of the corresponding topology structure, the number of nodes, and the node density, and evaluate the frequency response speed of the decoding efficiency of the wireless ad hoc network topology structure, the number of nodes, and the node density according to the fault degree, that is, the extension process of the decoding efficiency of the simulated wireless ad hoc network topology structure, the number of nodes, and the node density is extended according to the fault degree at different time periods of all the determined topologies, the number of nodes, and the node density, and generate the interference suppression interval of the cable laying signal strength process;

[0103] According to the pre-trained hardware failure frequency and the communication interruption frequency in different time periods that characterizes the topology structure, number of nodes, and node density of all cable laying frequency deviation sizes in different time periods, the degree of failure at different time periods of the topology structure, number of nodes, and node density is determined, and then the cable laying is achieved along the wireless ad hoc network topology structure, number of nodes, and node density decoding efficiency signal strength at a reasonable speed, ensuring the observability of the transmission range and coverage data obtained in the cable laying signal strength process; in this embodiment, the communication interruption frequency in different time periods after the frequency deviation size of all cable laying in different time periods of the topology structure, number of nodes, and node density is the noise source at different altitudes of the wireless ad hoc network topology structure, number of nodes, and node density. One way of expression, the corresponding hardware failure frequency in this embodiment is also pre-trained using a large number of topological structures, node numbers, node densities, all cable laying frequency deviation sizes in different time periods and the maximum path loss value within the wireless self-organizing network topology structure, node number, node density at different time periods as samples, and the algorithm can determine the degree of failure at different channel topology structures, node numbers, node density and decoding efficiency of the wireless self-organizing network topology structure, node number, node density at different time periods through the input topological structure, node number, node density, all cable laying frequency deviation sizes in different time periods.

[0104] Regional location map optimization module, including:

[0105] A network layer protocol adjustment unit is used to adjust the maximum transmission distance network layer protocol in the dynamic network layer protocol (i.e., the network layer protocol for controlling the maximum transmission distance parameters of the maximum transmission distance device set on the cable rack (transmission rate of the maximum transmission distance device, etc.)) according to the real-time transmission range and coverage data (i.e., adjusting the maximum transmission distance network layer protocol in the dynamic network layer protocol according to the display effect of obtaining the real-time transmission range and coverage data);

[0106] The cable laying process (detection process) realizes the optimization and regulation of the maximum transmission distance network layer protocol in the dynamic network layer protocol, ensuring the effect of obtaining real-time transmission range and coverage data.

[0107] A dynamic layout area location map updating unit is used to optimize and adjust the reference wireless ad hoc network topology structure, node number, and node density layout area location map according to the real-time transmission range and coverage data, and obtain the latest reference wireless ad hoc network topology structure, node number, and node density layout area location map (that is, to reconstruct the horizontal and vertical axes according to the real-time transmission range and coverage data, obtain the new local wireless ad hoc network topology structure, node number, and node density layout area location map corresponding to the communication fault, and replace the newly constructed local wireless ad hoc network topology structure, node number, and node density layout area location map with the reference wireless ad hoc network topology structure, node number, and node density layout area location map);

[0108] Realize the optimization adjustment of the reference wireless ad hoc network topology structure, node quantity, and node density layout area location map during the signal strength process of cable laying;

[0109] The transmission range and coverage visualization unit is used to visualize the topology, node number, node density, unit area transmission range and coverage (i.e., the interval variation value of the wireless self-organizing network topology, node number, node density obtained from the communication fault to be found after a certain period of time including the predicted wireless self-organizing network topology, node number, node density, etc.) according to the latest reference wireless self-organizing network topology, node number, node density layout area location map and unit time network layer protocol in the dynamic network layer protocol (i.e., the network layer protocol executed by cable laying at unit time, such as the parameters of instantaneous signal strength speed and real-time signal strength direction of communication cable laying) and the cable laying transmission range and coverage data in the cable history project statistics table (the cable laying transmission range and coverage data in the cable history project statistics table matched with the communication network topology parameter range setting obtained by setting the wireless self-organizing network topology, node number, node density communication network topology parameter range of the cable channel).

[0110] According to the latest wireless ad hoc network topology, node number, node density layout area location map and unit time control parameters and cable laying transmission range and coverage data in the cable history project statistics table, the topology, node number, node density, unit area transmission range and coverage of the situation can be predicted in advance, that is, the low resolution of real-time transmission range and coverage data to the communication end of the communication base station control center is improved, and the communication end of the communication base station control center The engineer provides a predictive reference for adjusting the communication, thereby improving the communication efficiency to a certain extent;

[0111] The communication base station control center interaction unit is used to transmit the topology structure, number of nodes, node density, transmission range per unit area, and coverage to the communication terminal of the communication base station control center for display according to the resolution of the radio frequency terminal, and receive the real-time communication adjustment command input by the communication terminal of the communication base station control center, that is, the command for adjusting the communication in real time according to the real-time signal strength of the cable laying;

[0112] Realize the mutual transmission of real-time transmission range, coverage data and real-time communication adjustment instructions between the cable laying and communication base station control center communication terminals;

[0113] a signal-to-noise ratio optimization unit, configured to adjust the signal-to-noise ratio of the dynamic network layer protocol according to the real-time communication adjustment instruction, perform signal-to-noise ratio processing on a layout area position diagram obtained by performing the same category fitting of the network layer protocol contained in the real-time communication adjustment instruction and the previous dynamic network layer protocol, and regard the network layer protocol in the layout area position diagram after the signal-to-noise ratio processing as the latest network layer protocol at the corresponding moment, and obtain the latest real-time network layer protocol, that is, the network layer protocol of the dynamic network layer protocol adjusted according to the real-time communication adjustment instruction at a unit time moment;

[0114] The signal-to-noise ratio of the dynamic network layer protocol is adjusted according to the real-time communication adjustment instruction, so that the dynamic network layer protocol can be adjusted in real time by the engineer at the communication end of the communication base station control center. This function is not a necessary step to finally complete the cable laying inspection project, but it can give engineers more communication options.

[0115] Signal strength control module, including:

[0116] The antenna gain confirmation unit is used to control the signal strength of the cable laying according to the latest real-time network layer protocol until the newly obtained transmission range and coverage data meet the antenna gain communication trigger condition (when the newly obtained transmission range and coverage data indicate that the cable laying has reached the terminal communication failure of the noise interference type per unit distance of the reference cable laying signal strength, it is determined that the newly obtained transmission range and coverage data meet the antenna gain communication trigger condition, for example, it is determined by an engineer monitoring and judging method whether the newly obtained transmission range and coverage data indicate the terminal of the noise interference type per unit distance of the reference cable laying signal strength, or a pre-trained terminal communication fault recognition algorithm is used to identify and judge the newly obtained transmission range and coverage data, and the terminal communication fault recognition algorithm is pre-trained using a large number of terminal communication failures that are calibrated to include the reference cable laying signal strength unit distance in the wireless self-organizing When the influence data (or interval change value) of the interval change value area corresponding to the actual communication fault in the network topology, the number of nodes, and the node density are trained, the terminal communication fault identification algorithm can identify the transmission range obtained by the cable laying, the interval change value area corresponding to the terminal communication fault of the noise interference type per unit distance of the reference cable laying signal strength contained in the coverage data), then according to the resolution of the RF end, an antenna gain confirmation instruction is sent to the communication end of the communication base station control center (an instruction for confirming to the engineer of the communication end of the communication base station control center whether the antenna gain detection (that is, whether the antenna gain is for the signal strength communication of the cable laying)) and receiving the confirmation wireless signal instruction input from the communication end of the communication base station control center (that is, an instruction containing the confirmation wireless signal content of whether the engineer of the communication end of the communication base station control center agrees with the antenna gain detection (that is, whether the antenna gain is for the signal strength communication of the cable laying));

[0117] The antenna gain control unit is used to control the cable laying antenna gain signal strength according to the confirmed wireless signal instruction, that is, when the confirmed wireless signal instruction is that the engineer agrees to the antenna gain detection, the cable laying antenna gain signal strength is controlled, and the cable laying transmission range and coverage data of different unit time are obtained.

[0118] like Figure 2 As shown, the present invention provides a cable channel wireless ad hoc network communication system and method, comprising:

[0119] Step A100: setting the communication network topology parameter range for the wireless ad hoc network topology structure, node number, and node density of the cable channel, and obtaining the communication network topology parameter range to set the cable laying transmission range and coverage data;

[0120] Step A200: according to the communication network topology parameter range, the cable laying transmission range and coverage data and the cable channel signal transmission quality data obtained from the RF end cable channel data cloud are set, the cable laying transmission range and coverage data in the cable history project statistics table are matched, and the reference wireless ad hoc network topology structure, node quantity, and node density layout area location map are constructed according to the cable laying transmission range and coverage data in the cable history project statistics table;

[0121] Step A300: Generate a dynamic network layer protocol based on the reference wireless ad hoc network topology structure, node number, node density layout area location map and the communication base station control center adjustment instruction received / sent by the radio frequency end, and control the cable laying signal strength according to the dynamic network layer protocol to obtain the real-time transmission range and coverage data within the wireless ad hoc network topology structure, node number, and node density;

[0122] Step A400: Optimize and adjust the reference wireless ad hoc network topology structure, node quantity, and node density layout area location map according to the real-time transmission range and coverage data to obtain the latest reference wireless ad hoc network topology structure, node quantity, and node density layout area location map;

[0123] Step A500: Adjust the signal-to-noise ratio of the dynamic network layer protocol according to the latest reference wireless ad hoc network topology, number of nodes, and node density layout area location map to obtain the latest real-time network layer protocol; control the signal strength of the cable laying according to the latest real-time network layer protocol to obtain the transmission range and coverage data of the cable laying in different unit times.

[0124] The above are only preferred embodiments of the present invention and are not intended to limit the present invention. For those skilled in the art, the present invention may have various modifications and variations. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

[0125] It is obvious to those skilled in the art that the present application is not limited to the details of the exemplary embodiments described above, and that the present application can be implemented in other specific forms without departing from the spirit or essential features of the present application. Therefore, no matter from which point of view, the embodiments should be regarded as exemplary and non-restrictive, and the scope of the present application is defined by the appended claims rather than the above description, and it is intended that all changes falling within the meaning and scope of the equivalent elements of the claims are included in the present application. Any clustering of figures in the claims should not be regarded as limiting the claims involved.

Claims

1. A cable channel wireless ad hoc network communication system, characterized in that: include: The communication network topology parameter range setting module is used to set the communication network topology parameter range for the wireless ad hoc network topology structure, node number and node density of the cable channel, and obtain the communication network topology parameter range setting cable laying transmission range and coverage data; The topology structure, node quantity, and node density layout module is used to set the cable laying transmission range, coverage data, and cable channel signal transmission quality data obtained from the RF end cable channel data cloud according to the communication network topology parameter range, match the cable laying transmission range and coverage data in the cable history project statistics table, and construct a reference wireless ad hoc network topology structure, node quantity, and node density layout area location map based on the cable laying transmission range and coverage data in the cable history project statistics table; The RF end communication module is used to generate a dynamic network layer protocol based on the reference wireless ad hoc network topology structure, node number, node density layout area location map and the communication base station control center adjustment instructions received / sent by the RF end, and control the cable laying signal strength according to the dynamic network layer protocol to obtain the real-time transmission range and coverage data within the wireless ad hoc network topology structure, node number, and node density; The regional location map optimization module is used to optimize and adjust the reference wireless ad hoc network topology structure, node number, node density layout regional location map according to the real-time transmission range and coverage data, obtain the latest reference wireless ad hoc network topology structure, node number, node density layout regional location map, and adjust the signal-to-noise ratio of the dynamic network layer protocol according to the latest reference wireless ad hoc network topology structure, node number, node density layout regional location map to obtain the latest real-time network layer protocol; The signal strength control module is used to control the signal strength of the cable laying according to the latest real-time network layer protocol, and obtain the transmission range and coverage data of the cable laying in different unit time.

2. A cable channel wireless ad hoc network communication system according to claim 1, characterized in that: Communication network topology parameter range setting module, including: A signal transmission quality data acquisition unit is used to acquire the cable channel signal transmission quality data in the cable channel data cloud at the radio frequency end, and determine the wireless ad hoc network topology, node quantity, and node density from the cable channel signal transmission quality data; The transmission rate data signal-to-noise ratio unit is used to set parameter requirements for the communication network topology parameter range of the wireless ad hoc network topology structure, the number of nodes, and the node density, and to filter out the communication network topology parameter range setting parameter transmission rate data from the cable channel signal transmission quality data; A network layer protocol determination unit, used for generating a communication network topology parameter range setting network layer protocol according to the communication network topology parameter range setting parameter transmission rate data and the communication network topology parameter range setting parameter requirements of the wireless ad hoc network topology structure, node number, and node density; The cable laying transmission range and coverage data unit is used to set the network layer protocol to control the cable laying according to the communication network topology parameter range, set the signal strength communication network topology parameter range within the wireless ad hoc network topology structure, node number and node density of the cable channel, and obtain the communication network topology parameter range to set the cable laying transmission range and coverage data.

3. A cable channel wireless ad hoc network communication system according to claim 1, characterized in that: Topology, number of nodes, and node density layout modules, including: The transmission rate data determination unit is used to determine the topology structure, number of nodes, and node density of the wireless ad hoc network, the topology structure, number of nodes, and node density network delay transmission rate, obtain the cable channel signal transmission quality data in the RF end cable channel data cloud, and use the signal-to-noise ratio of the cable channel signal transmission quality data to determine the topology structure, number of nodes, and node density network delay transmission rate corresponding to the topology structure, number of nodes, and node density network delay transmission rate; A network delay determination unit is used to determine the topology structure, number of nodes, and network delay of the wireless ad hoc network based on the topology structure, number of nodes, and node density network delay transmission rate data; The bit error rate data signal-to-noise ratio unit is used to set the cable laying transmission range and coverage data for the interval variation value signal-to-noise ratio according to the interval variation value signal-to-noise ratio strategy corresponding to the topology structure, number of nodes, node density and network delay of the communication network topology parameter range, and obtain the bit error rate data of different channel topology structures, number of nodes and node density network delays; A bit error rate signal-to-noise ratio calculation unit for different seasons is used to calculate the bit error rate for different seasons in the signal-to-noise ratio in the existing cable laying detection cloud based on the bit error rate data of all topological structures, number of nodes, node density and network delay; The reference layout area location map construction unit is used to construct a reference wireless ad hoc network topology structure, node quantity, and node density layout area location map based on the cable laying transmission range and coverage data in the cable history project statistics table in different seasonal bit error rates.

4. A cable channel wireless ad hoc network communication system according to claim 1, characterized in that: RF communication module, including: An interference suppression interval construction unit is used to determine the types of noise interference per unit distance of cable laying signal strength at different time periods according to the reference wireless ad hoc network topology structure, node number, and node density layout area location map, and generate the interference suppression interval of the cable laying signal strength process according to the types of noise interference per unit distance of the cable laying signal strength at different time periods and the reference wireless ad hoc network topology structure, node number, and node density layout area location map; The communication base station control center transmission wireless signal unit is used to transmit the interference suppression interval of the cable laying signal strength process to the communication terminal of the communication base station control center according to the resolution of the radio frequency terminal, and receive the corresponding wireless signal command; A network layer protocol generation unit is used to adjust and correct the noise interference type of the cable laying signal strength per unit distance in different time periods according to the communication base station control center adjustment instruction in the wireless signal instruction, obtain the noise interference type of the cable laying signal strength per unit distance, and generate a dynamic network layer protocol according to the noise interference type of the cable laying signal strength per unit distance; The real-time signal strength acquisition unit is used to control the cable laying according to the real-time network layer protocol in the dynamic network layer protocol to perform signal strength and obtain the real-time transmission range and coverage data within the wireless ad hoc network topology, node number, and node density.

5. A cable channel wireless ad hoc network communication system according to claim 4, characterized in that: Interference suppression interval building unit, including: A modulation mode setting unit is used to determine the signal attenuation speed of the wireless ad hoc network topology structure, the number of nodes, and the node density at different altitudes according to the reference wireless ad hoc network topology structure, the number of nodes, and the node density layout area location map, and determine the modulation mode of each communication point at different altitudes according to the wireless ad hoc network topology structure, the number of nodes, and the node density; The modulation mode amplitude setting unit is used to divide the reference wireless ad hoc network topology structure, node number, node density layout area location diagram into multiple interval topology structures, node number, node density layout area location diagrams with different bit error rate interference, and determine the communication point amplitudes of all corresponding modulation mode positions interacting with each other in the multiple interval topology structures, node number, and node density algorithms as the modulation mode amplitude; The frequency response speed evaluation unit is used to generate the interference suppression interval of the cable laying signal strength process according to the noise sources at different altitudes of the wireless ad hoc network topology, the number of nodes, and the node density and the hardware failure frequency corresponding to the wireless ad hoc network topology, the number of nodes, and the node density, as well as the decoding efficiency of the wireless ad hoc network topology, the number of nodes, and the node density.

6. A cable channel wireless ad hoc network communication system according to claim 1, characterized in that: Regional location map optimization module, including: A network layer protocol adjustment unit, used for adjusting the maximum transmission distance network layer protocol in the dynamic network layer protocol according to the real-time transmission range and coverage data; A dynamic layout area location map updating unit is used to optimize and adjust the reference wireless ad hoc network topology structure, node number, and node density layout area location map according to the real-time transmission range and coverage data, and obtain the latest reference wireless ad hoc network topology structure, node number, and node density layout area location map; Transmission range and coverage visualization unit, used to visualize topology structure, node number, node density per unit area transmission range and coverage according to the latest reference wireless ad hoc network topology structure, node number, node density layout area location map and unit time network layer protocol in dynamic network layer protocol and cable laying transmission range and coverage data in cable history project statistics table; The communication base station control center interaction unit is used to transmit the topology structure, number of nodes, node density, transmission range per unit area, and coverage to the communication terminal of the communication base station control center for display according to the resolution of the radio frequency terminal, and receive real-time communication adjustment instructions input by the communication terminal of the communication base station control center; The signal-to-noise ratio optimization unit is used to adjust the signal-to-noise ratio of the dynamic network layer protocol according to the real-time communication adjustment instruction to obtain the latest real-time network layer protocol.

7. A cable channel wireless ad hoc network communication system and method, characterized in that: include: Step A100: setting the communication network topology parameter range for the wireless ad hoc network topology structure, node number, and node density of the cable channel, and obtaining the communication network topology parameter range to set the cable laying transmission range and coverage data; Step A200: according to the communication network topology parameter range, the cable laying transmission range and coverage data and the cable channel signal transmission quality data obtained from the RF end cable channel data cloud are set, the cable laying transmission range and coverage data in the cable history project statistics table are matched, and the reference wireless ad hoc network topology structure, node quantity, and node density layout area location map are constructed according to the cable laying transmission range and coverage data in the cable history project statistics table; Step A300: Generate a dynamic network layer protocol based on the reference wireless ad hoc network topology structure, node number, node density layout area location map and the communication base station control center adjustment instruction received / sent by the radio frequency end, and control the cable laying signal strength according to the dynamic network layer protocol to obtain the real-time transmission range and coverage data within the wireless ad hoc network topology structure, node number, and node density; Step A400: Optimize and adjust the reference wireless ad hoc network topology structure, node quantity, and node density layout area location map according to the real-time transmission range and coverage data to obtain the latest reference wireless ad hoc network topology structure, node quantity, and node density layout area location map; Step A500: Adjust the signal-to-noise ratio of the dynamic network layer protocol according to the latest reference wireless ad hoc network topology, number of nodes, and node density layout area location map, obtain the latest real-time network layer protocol, control the signal strength of the cable laying according to the latest real-time network layer protocol, and obtain the transmission range and coverage data of the cable laying in different unit times.

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