A self-organizing network communication system and method for rocket sea launch

Abstract

The present invention relates to the technical field of wireless communication networks. The present invention provides a rocket sea-launched self-organizing network communication system and method. The rocket sea-launched self-organizing network communication system of the present invention is composed of a server end, a device end, a background control end and a user end. The present invention establishes simulated partitions through the rocket sea-launched self-organizing network communication system, performs intelligent partition combination, performs communication protocol optimization, etc., thereby significantly improving the communication stability of the rocket sea-launched self-organizing network communication system. The rocket sea-launched self-organizing network communication system and method provided by the present invention have the benefits of reduced cost, improved transmission efficiency, reduced delay, enhanced mobility and improved safety.

Description

Technical Field

[0001] The present invention relates to the technical field of wireless communication networks, and in particular to a communication system and method for a rocket sea-launched self-organizing network. Background Art

[0002] With the rapid development of science and technology, the technology of sea rocket launch has been continuously improved. Self-organizing network communication system has begun to be used in sea rocket launch scenarios. Self-organizing network communication system is a system that can autonomously build a network and communicate. Self-organizing network communication system does not rely on the preset network infrastructure, but forms a temporary, self-organizing communication network through direct communication between devices. In complex environments such as rocket sea launch, self-organizing network communication system plays a vital role.

[0003] At present, the self-organizing network communication system for sea-launched rockets has become a key technology for realizing wireless information transmission between the front-end and back-end equipment of ground test, launch and control equipment. The self-organizing network communication system for sea-launched rockets is not only responsible for the transmission of control and measurement information, but also carries the task of exchanging image and voice data. Under the existing technical framework, there are two main ways to implement the self-organizing network communication system for sea-launched rockets: satellite communication system and laying submarine or offshore optical fiber.

[0004] Satellite communication systems play an important role in maritime communications due to their wide coverage, large capacity and high flexibility. Satellite communication systems are the mainstream application of maritime communications. Satellite communication systems use satellites in the sky as relays to achieve long-distance wireless communication. The laying of submarine or offshore optical fibers provides high-speed, low-latency communication services, which are particularly suitable for data transmission scenarios that require large capacity and high real-time requirements.

[0005] Although satellite communications and fiber-optic communications each have their own advantages, they also have obvious shortcomings. Although satellite communications have a wide coverage, they are expensive to use, have large signal transmission delays, and have limited data transmission bandwidth, which becomes a bottleneck in some situations that require high-speed, real-time data transmission. On the other hand, although laying optical fiber can provide high-speed and low-latency communications, its high cost, difficulty in construction, poor mobility, and non-reusability limit its widespread application. These technical pain points urgently need to be overcome by innovative solutions within the industry. Summary of the invention

[0006] In view of the shortcomings of the existing technology, the present invention provides a system and method for self-organizing network communication of rocket sea launch, which solves the problems of high cost, low data transmission efficiency, high delay and poor maneuverability of existing self-organizing network communication of rocket launch at sea.

[0007] In order to solve the above technical problems, the specific technical solutions of the present invention are as follows:

[0008] In a first aspect, the present invention provides a self-organizing network communication system for rocket sea launch, including: a server end, a device end, a background control end and a user end, the server end establishes a communication connection with the device end, the background control end and the user end, the device end includes a communication device, a power device, an operation and maintenance device and a rocket sea launch device, and the server end includes:

[0009] A simulation partition unit; used to obtain the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network, and establish the ad hoc network simulation partition according to the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network, wherein the ad hoc network simulation partition includes the communication network location, the communication network coverage area and the simulation partition equipment information;

[0010] A partition combination unit is used to receive user ad hoc network configuration information, parse the user ad hoc network configuration information, obtain ad hoc network partition information and ad hoc network partition configuration information, load the ad hoc network partition information and ad hoc network partition configuration information into the corresponding ad hoc network simulation partition, and obtain the ad hoc network actual partition;

[0011] A baseband processing unit, used for performing encoding, decoding, modulation and demodulation of communication signals and baseband signal processing tasks for each actual partition of the ad hoc network;

[0012] The radio frequency unit is used for wireless transmission and reception of communication signals of devices in the self-organizing network. The configuration information of the radio frequency unit is extracted to obtain the radio frequency unit configuration data. The radio frequency unit configuration data is loaded in the actual partition of the self-organizing network to obtain the sub-radio frequency unit in the actual partition of each network.

[0013] A communication protocol processing unit, used to collect the communication protocols used in the actual partitions of each network, perform identifiable detection on the communication protocols used in the actual partitions of each network, obtain an identifiable communication protocol set, perform cluster analysis on the identifiable communication protocol set, obtain an identifiable communication protocol set result, and determine the self-organizing network standard communication protocol according to the identifiable communication protocol set result;

[0014] The channel management unit is used to collect the device information in the actual partition of each network, determine the theoretical channel of each network according to the device information in the actual partition of each network, and the channels used by each network include the channels used by the main control network and the channels used by the sub-autonomous network, compare the actual channel information of each network with the theoretical channel of each network, and obtain the dynamic channel adjustment information of each network;

[0015] The control unit is used to obtain the actual partition of the self-organizing network in real time, and adjust the information according to the actual partition of the self-organizing network and the dynamic channel of each network, so as to control and schedule the self-organizing network communication system.

[0016] Furthermore, in the rocket sea-launched self-organizing network communication system provided by the present invention, the simulation partition unit is also used for:

[0017] Receive the network topology structure set by the user, substitute the self-organizing network communication configuration information and the device information running in the self-organizing network into the network topology structure set by the user, and obtain the network topology structure matching information and the network topology structure non-matching information;

[0018] Detect the device operating parameters and device models in the network topology structure unmatched information, and match the detection results in the self-organizing network knowledge base to obtain the device configuration and device model that are similar to the network topology structure unmatched information;

[0019] Substitute the device configuration and device model that are similar to the information that cannot be matched with the network topology into the network topology set by the user for use.

[0020] Furthermore, in the rocket sea-launched self-organizing network communication system provided by the present invention, the partition combination unit is also used for:

[0021] A partition combination unit receives the self-organizing network configuration information, parses the self-organizing network configuration information, obtains the self-organizing network partition location information and the self-organizing network partition configuration information, loads the self-organizing network partition information and the self-organizing network partition configuration information into the corresponding self-organizing network simulation partition, and obtains the self-organizing network actual partition;

[0022] Extract features from the self-organizing network partition information to obtain the main control area location information and the sub-control area location information, extract features from the self-organizing network partition configuration information to obtain the main self-organizing network partition configuration information and the sub-control area self-organizing network partition configuration information;

[0023] According to the device information and sub-control area location information in the main self-organizing network partition configuration information, the main self-organizing network partition location and the sub-control area location are determined, and the communication equipment corresponding to the main self-organizing network partition location and the sub-control area location is retrieved to obtain the main self-organizing network partition location communication equipment and the sub-control area location communication equipment, and the main self-organizing network partition configuration information is matched with the main self-organizing network partition location communication equipment to obtain the main self-organizing network partition device configuration matching result, and the sub-control area location information is matched with the sub-control area location communication equipment to obtain the sub-self-organizing network partition device configuration matching result.

[0024] Furthermore, in the rocket sea-launched self-organizing network communication system provided by the present invention, the partition combination unit is also used for:

[0025] The main self-organizing network partition device configuration matching result includes the main self-organizing network partition device configuration matching success information and the main self-organizing network partition device configuration matching failure information;

[0026] The sub-ad hoc network partition device configuration matching result includes sub-ad hoc network partition device configuration matching success information and sub-ad hoc network partition device configuration matching failure information;

[0027] According to the unsuccessful configuration match information of the main self-organizing network partition device and the unsuccessful configuration match information of the sub-self-organizing network partition device, the device corresponding to the unsuccessful configuration match information of the main self-organizing network partition device and the device corresponding to the unsuccessful configuration match information of the sub-self-organizing network partition device are obtained, standard operating parameter limit values ​​are set for the device corresponding to the unsuccessful configuration match information of the main self-organizing network partition device and the device corresponding to the unsuccessful configuration match information of the sub-self-organizing network partition device, and the self-organizing network device reference prediction model in the knowledge base is retrieved, and the self-organizing network device reference prediction model is trained through a genetic algorithm to obtain the optimal operating parameters of the device corresponding to the unsuccessful configuration match information of the main self-organizing network partition device and the device corresponding to the unsuccessful configuration match information of the sub-self-organizing network partition device, and the optimal parameters are loaded into the corresponding main self-organizing network partition device and the sub-self-organizing network partition device for use.

[0028] Furthermore, in the rocket sea-launched self-organizing network communication system provided by the present invention, the partition combination unit is also used for:

[0029] When the configurations of the devices in the main ad hoc network partition and the devices in the sub-ad hoc network partition are loaded, a communication connection is established between the main ad hoc network partition and the sub-ad hoc network partition, the communication data of the devices in the main ad hoc network partition and the sub-ad hoc network partition are collected, and feature extraction is performed on the communication data of the devices in the main ad hoc network partition and the sub-ad hoc network partition to obtain the transmitter and receiver information of the communication data;

[0030] Match the transmitter and receiver information of the communication data with the device information running in the ad hoc network, and mark the successfully matched devices as known devices, and mark the unmatched devices as unknown devices;

[0031] Performing cluster analysis on the communication information of the unknown device to obtain the unknown device communication cluster analysis result, wherein the unknown device communication distance analysis result includes the unknown device communication channel and the receiving device corresponding to the unknown device communication;

[0032] The unknown device is matched with the device information of the receiving device corresponding to the unknown device communication running in the ad hoc network. If no matching result can be obtained, the unknown device is marked as a device with network security risks.

[0033] Furthermore, in the rocket sea-launched self-organizing network communication system provided by the present invention, the partition combination unit is also used for:

[0034] The communication data of the devices in the main ad hoc network partition and the sub-ad hoc network partition are collected and analyzed to obtain the communication channel information between the main ad hoc network partition and the sub-ad hoc network partition;

[0035] Detect whether each communication channel in the communication channel information of the main ad hoc network and the sub-ad hoc network has established a communication connection with a network security risk device;

[0036] If a communication connection has been established, whether the network security risk detection device obtains information from the communication channel information of the main ad hoc network and the sub-ad hoc network;

[0037] If the network security risk device obtains information from the communication channel information between the main ad hoc network and the sub-ad hoc network, the network security risk device is marked as an unknown monitoring device.

[0038] Furthermore, in the rocket sea-launched self-organizing network communication system provided by the present invention, the baseband processing unit is also used for:

[0039] Receive the baseband signal converted by the RF unit, perform filtering, amplification, and gain control preprocessing operations on the received signal. After the preprocessing is completed, the baseband processing unit encodes and modulates the signal;

[0040] The user ad hoc network configuration information also includes a data transmission format, which converts the coded and modulated signal processed by the baseband processing unit into the data transmission format in the user ad hoc network configuration information.

[0041] Furthermore, in the rocket sea-launched self-organizing network communication system provided by the present invention, the communication protocol processing unit is also used for:

[0042] The communication protocol processing unit collects the communication protocols used in the actual partitions of each network, performs identifiable detection on the communication protocols used in the actual partitions of each network, obtains an identifiable communication protocol set, performs cluster analysis on the identifiable communication protocol set, obtains an identifiable communication protocol set result, and determines the standard communication protocol of the self-organizing network according to the identifiable communication protocol set result;

[0043] The identifiable communication protocol set result includes identifiable communication information sorting, and selecting the communication protocols in the first sorting, the second sorting, and the third sorting from the identifiable communication information sorting as the test protocols;

[0044] Each device in the actual partition of the respective network sends the communication protocols of the first, second and third rankings in turn to obtain communication protocol test feedback information, which includes the data transmission speeds of the communication protocols of the first, second and third rankings.

[0045] Furthermore, in the rocket sea-launched self-organizing network communication system provided by the present invention, the communication protocol processing unit is also used for:

[0046] Retrieving the communication feedback speed of the rocket sea-launched device in the communication protocol test feedback information, and sorting the first sorting, the second sorting, and the third sorting according to the communication feedback speed of the rocket sea-launched device to obtain the communication feedback speed sorting result of the rocket sea-launched device;

[0047] The data transmission speeds of the communication protocols in the first, second and third sortings are fused with the communication feedback speed sorting results of the rocket launch equipment to obtain communication channel fusion data, and a communication feedback speed limit value is set. The communication channels in the communication channel fusion data are sorted, combined and screened through a genetic algorithm to obtain an identifiable optimal combination channel of the communication protocol, which includes a main communication channel and backup communication information.

[0048] In a second aspect, a method for sea-launched rocket self-organizing network communication is applied to the sea-launched rocket self-organizing network communication system, comprising:

[0049] Obtaining the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network, and establishing the ad hoc network simulation partition according to the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network, wherein the ad hoc network simulation partition includes the communication network location, the communication network coverage area and the simulation partition equipment information;

[0050] Receiving user ad hoc network configuration information, parsing the user ad hoc network configuration information, obtaining ad hoc network partition information and ad hoc network partition configuration information, loading the ad hoc network partition information and ad hoc network partition configuration information into corresponding ad hoc network simulation partitions, and obtaining ad hoc network actual partitions;

[0051] Perform communication signal encoding, decoding, modulation and demodulation as well as baseband signal processing tasks for each actual partition of the network;

[0052] Loading the RF unit configuration data in the actual partition of the self-organizing network to obtain the sub-RF units in the actual partition of each network;

[0053] Collect the communication protocols used in the actual partitions of each network, perform identifiable detection on the communication protocols used in the actual partitions of each network, obtain an identifiable communication protocol set, perform cluster analysis on the identifiable communication protocol set, obtain an identifiable communication protocol set result, and determine the standard communication protocol of the self-organizing network according to the identifiable communication protocol set result;

[0054] Collect the device information in the actual partition of each network, determine the theoretical channel of each network according to the device information in the actual partition of each network, the channels used by each network include the channels used by the main control network and the channels used by the sub-autonomous network, compare the actual channel information of each network with the theoretical channel of each network, and obtain the dynamic channel adjustment information of each network;

[0055] The actual partition of the self-organizing network is obtained in real time, and the information of the dynamic channel adjustment of the self-organizing network is used for the control and scheduling of the self-organizing network communication system according to the actual partition of the self-organizing network and the dynamic channel adjustment of each network.

[0056] Beneficial effects of the present invention:

[0057] Cost reduction: Through simulated partitioning and dynamic adjustment, the present invention can fully test and verify the system before actual deployment, thereby reducing errors and adjustment costs in actual deployment and effectively controlling the overall cost.

[0058] Efficiency improvement: Intelligent partition combination, efficient baseband and RF processing, and communication protocol optimization have jointly improved data transmission efficiency and system performance, making the ad hoc communication system more efficient.

[0059] Delay reduction: Through real-time control and scheduling, the present invention can improve the response speed and overall performance of the system, thereby reducing the delay of data transmission and ensuring the real-time nature of communication.

[0060] Enhanced mobility: The dynamic adjustment and intelligent partition combination functions of the present invention enable the system to quickly adapt to different environments and needs, thereby enhancing the mobility and flexibility of the system.

[0061] Improved security: Through security enhancement measures, the present invention can identify and mark unknown devices and potential safety hazard devices, thereby ensuring the stability and security of data transmission.

[0062] In summary, the beneficial effects of the present invention include cost reduction, efficiency improvement, delay reduction, maneuverability enhancement and safety improvement. The present invention has significant application value and market prospects in the field of self-organizing network communication for marine rocket launches. BRIEF DESCRIPTION OF THE DRAWINGS

[0063] In order to more clearly illustrate the technical solution of the present invention, the following briefly introduces the drawings required for use in the embodiments. Obviously, for ordinary technicians in this field, other drawings can be obtained based on these drawings without paying any creative labor.

[0064] Figure 1 A schematic diagram of a method flow chart provided by an embodiment of the present invention.

[0065] Figure 2A schematic diagram of a self-organizing network architecture for sea-launched rockets provided in an embodiment of the present invention.

[0066] Figure 3 A schematic diagram of data exchange between communication devices of a front-end network and a back-end network provided in an embodiment of the present invention. DETAILED DESCRIPTION

[0067] In order to make the purpose, technical solution and advantages of the present invention clearer, the technical solution of the present invention will be clearly and completely described in conjunction with the specific embodiments of the present invention and the corresponding drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention. The technical solutions provided by the embodiments of the present invention are described in detail below in conjunction with the drawings.

[0068] In order to better understand the purpose of the present invention, the present invention is described in further detail below.

[0069] In a first aspect, the present invention provides a self-organizing network communication system for rocket sea launch, including: a server end, a device end, a background control end and a user end, the server end establishes a communication connection with the device end, the background control end and the user end, the device end includes a communication device, a power device, an operation and maintenance device and a rocket sea launch device, and the server end includes:

[0070] A simulation partition unit; used to obtain the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network, and establish the ad hoc network simulation partition according to the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network, wherein the ad hoc network simulation partition includes the communication network location, the communication network coverage area and the simulation partition equipment information;

[0071] A partition combination unit is used to receive user ad hoc network configuration information, parse the user ad hoc network configuration information, obtain ad hoc network partition information and ad hoc network partition configuration information, load the ad hoc network partition information and ad hoc network partition configuration information into the corresponding ad hoc network simulation partition, and obtain the ad hoc network actual partition;

[0072] A baseband processing unit, used for performing encoding, decoding, modulation and demodulation of communication signals and baseband signal processing tasks for each actual partition of the ad hoc network;

[0073] The radio frequency unit is used for wireless transmission and reception of communication signals of devices in the self-organizing network. The configuration information of the radio frequency unit is extracted to obtain the radio frequency unit configuration data. The radio frequency unit configuration data is loaded in the actual partition of the self-organizing network to obtain the sub-radio frequency unit in the actual partition of each network.

[0074] A communication protocol processing unit, used to collect the communication protocols used in the actual partitions of each network, perform identifiable detection on the communication protocols used in the actual partitions of each network, obtain an identifiable communication protocol set, perform cluster analysis on the identifiable communication protocol set, obtain an identifiable communication protocol set result, and determine the self-organizing network standard communication protocol according to the identifiable communication protocol set result;

[0075] The channel management unit is used to collect the device information in the actual partition of each network, determine the theoretical channel of each network according to the device information in the actual partition of each network, and the channels used by each network include the channels used by the main control network and the channels used by the sub-autonomous network, compare the actual channel information of each network with the theoretical channel of each network, and obtain the dynamic channel adjustment information of each network;

[0076] The control unit is used to obtain the actual partition of the self-organizing network in real time, and adjust the information according to the actual partition of the self-organizing network and the dynamic channel of each network, so as to control and schedule the self-organizing network communication system.

[0077] The self-organizing network communication system for rocket sea launch consists of the server side, device side, background control side and user side. The server side is the core of the entire communication system, including analog partition unit, partition combination unit, baseband processing unit, radio frequency unit, communication protocol processing unit, channel management unit and control unit. The device side covers communication equipment, power equipment, operation and maintenance equipment and rocket launch equipment.

[0078] The rocket sea-launched self-organizing network communication system uses a simulated partitioning unit to establish simulated partitions for testing and verification. The partition combination unit generates and optimizes actual partitions based on user configuration information. The baseband processing unit and the radio frequency unit ensure efficient signal transmission. The communication protocol processing unit optimizes the communication protocol to improve data transmission efficiency. The channel management unit implements dynamic channel management to reduce energy consumption. The control unit is responsible for real-time control and scheduling of the system.

[0079] In addition, the self-organizing network communication system for sea-launched rockets has enhanced security, ensuring the stability and security of data transmission through network security monitoring functions. Overall, the self-organizing network communication system for sea-launched rockets has effectively solved many challenges in the self-organizing network communication of sea-launched rockets through innovative architecture design and workflow, and significantly improved the overall performance and reliability of the system.

[0080] Specifically, in the rocket sea-launched self-organizing network communication system provided by the present invention, the simulation partition unit is also used for:

[0081] Receive the network topology structure set by the user, substitute the self-organizing network communication configuration information and the device information running in the self-organizing network into the network topology structure set by the user, and obtain the network topology structure matching information and the network topology structure non-matching information;

[0082] Detect the device operating parameters and device models in the network topology structure unmatched information, and match the detection results in the self-organizing network knowledge base to obtain the device configuration and device model that are similar to the network topology structure unmatched information;

[0083] Substitute the device configuration and device model that are similar to the information that cannot be matched with the network topology into the network topology set by the user for use.

[0084] The simulation partition unit first collects the self-organizing network communication configuration information and device information in the rocket sea-launched self-organizing network communication system, and performs preprocessing to ensure data accuracy. Then, the simulation partition unit determines the communication network location and coverage area, and allocates virtual device resources to the simulation partition, thereby constructing a network topology and device configuration similar to the actual environment.

[0085] During the simulation operation and verification phase, the simulation partition unit simulates actual communication scenarios to test network performance and records and analyzes the test results. In addition, the simulation partition unit is user-configurable, allowing users to customize network topology and device configuration.

[0086] The simulation partition unit integrates a knowledge base to improve simulation accuracy and efficiency, and introduces automation and intelligent tools to optimize the simulation process. At the same time, it also provides a visual interface so that users can intuitively understand the simulation results. In terms of security, the simulation partition unit also adds a security test module to evaluate the security performance of the system.

[0087] In general, the simulation partition unit provides important support for the optimization and actual deployment of the rocket sea-launched self-organizing network communication system through precise data processing, simulation partition establishment, comprehensive performance testing and user-friendly visual display.

[0088] Specifically, in the rocket sea-launched self-organizing network communication system provided by the present invention, the partition combination unit is also used for:

[0089] A partition combination unit receives the self-organizing network configuration information, parses the self-organizing network configuration information, obtains the self-organizing network partition location information and the self-organizing network partition configuration information, loads the self-organizing network partition information and the self-organizing network partition configuration information into the corresponding self-organizing network simulation partition, and obtains the self-organizing network actual partition;

[0090] Extract features from the self-organizing network partition information to obtain the main control area location information and the sub-control area location information, extract features from the self-organizing network partition configuration information to obtain the main self-organizing network partition configuration information and the sub-control area self-organizing network partition configuration information;

[0091] According to the device information and sub-control area location information in the main self-organizing network partition configuration information, the main self-organizing network partition location and the sub-control area location are determined, and the communication equipment corresponding to the main self-organizing network partition location and the sub-control area location is retrieved to obtain the main self-organizing network partition location communication equipment and the sub-control area location communication equipment, and the main self-organizing network partition configuration information is matched with the main self-organizing network partition location communication equipment to obtain the main self-organizing network partition device configuration matching result, and the sub-control area location information is matched with the sub-control area location communication equipment to obtain the sub-self-organizing network partition device configuration matching result.

[0092] Specifically, in the rocket sea-launched self-organizing network communication system provided by the present invention, the partition combination unit is also used for:

[0093] The main self-organizing network partition device configuration matching result includes the main self-organizing network partition device configuration matching success information and the main self-organizing network partition device configuration matching failure information;

[0094] The sub-ad hoc network partition device configuration matching result includes sub-ad hoc network partition device configuration matching success information and sub-ad hoc network partition device configuration matching failure information;

[0095] According to the unsuccessful configuration match information of the main self-organizing network partition device and the unsuccessful configuration match information of the sub-self-organizing network partition device, the device corresponding to the unsuccessful configuration match information of the main self-organizing network partition device and the device corresponding to the unsuccessful configuration match information of the sub-self-organizing network partition device are obtained, standard operating parameter limit values ​​are set for the device corresponding to the unsuccessful configuration match information of the main self-organizing network partition device and the device corresponding to the unsuccessful configuration match information of the sub-self-organizing network partition device, and the self-organizing network device reference prediction model in the knowledge base is retrieved, and the self-organizing network device reference prediction model is trained through a genetic algorithm to obtain the optimal operating parameters of the device corresponding to the unsuccessful configuration match information of the main self-organizing network partition device and the device corresponding to the unsuccessful configuration match information of the sub-self-organizing network partition device, and the optimal parameters are loaded into the corresponding main self-organizing network partition device and the sub-self-organizing network partition device for use.

[0096] Specifically, in the rocket sea-launched self-organizing network communication system provided by the present invention, the partition combination unit is also used for:

[0097] When the configurations of the devices in the main ad hoc network partition and the devices in the sub-ad hoc network partition are loaded, a communication connection is established between the main ad hoc network partition and the sub-ad hoc network partition, the communication data of the devices in the main ad hoc network partition and the sub-ad hoc network partition are collected, and feature extraction is performed on the communication data of the devices in the main ad hoc network partition and the sub-ad hoc network partition to obtain the transmitter and receiver information of the communication data;

[0098] Match the transmitter and receiver information of the communication data with the device information running in the ad hoc network, and mark the successfully matched devices as known devices, and mark the unmatched devices as unknown devices;

[0099] Performing cluster analysis on the communication information of the unknown device to obtain the unknown device communication cluster analysis result, wherein the unknown device communication distance analysis result includes the unknown device communication channel and the receiving device corresponding to the unknown device communication;

[0100] The unknown device is matched with the device information of the receiving device corresponding to the unknown device communication running in the ad hoc network. If no matching result can be obtained, the unknown device is marked as a device with network security risks.

[0101] Specifically, in the rocket sea-launched self-organizing network communication system provided by the present invention, the partition combination unit is also used for:

[0102] The communication data of the devices in the main ad hoc network partition and the sub-ad hoc network partition are collected and analyzed to obtain the communication channel information between the main ad hoc network partition and the sub-ad hoc network partition;

[0103] Detect whether each communication channel in the communication channel information of the main ad hoc network and the sub-ad hoc network has established a communication connection with a network security risk device;

[0104] If a communication connection has been established, whether the network security risk detection device obtains information from the communication channel information of the main ad hoc network and the sub-ad hoc network;

[0105] If the network security risk device obtains information from the communication channel information between the main ad hoc network and the sub-ad hoc network, the network security risk device is marked as an unknown monitoring device.

[0106] In the rocket sea-launched ad hoc network communication system, the partition assembly unit first receives and parses the ad hoc network configuration information provided by the user, including key data such as partition location, device configuration, and network topology. Next, the partition assembly unit loads the parsed configuration information into the corresponding simulated partition and generates the actual running ad hoc network partition through an intelligent algorithm.

[0107] During the implementation process, the partition combination unit extracts features from the partition information to determine the locations of the main control area and the sub-control area, and matches the device configuration information. For devices that fail to match successfully, the partition combination unit sets standard operating parameter limit values ​​and uses the device prediction model in the knowledge base to find the optimal operating parameters through a genetic algorithm to ensure stable operation of the equipment.

[0108] In addition, when the device configuration of the main self-organizing network partition and the sub-self-organizing network partition is loaded, the partition combination unit establishes the communication connection between the partitions and collects and analyzes the communication data to identify and mark unknown devices and potential network security risk devices. In order to ensure network security, the partition combination unit also monitors the communication channel to detect whether there is a communication connection with the security risk device and take corresponding security measures.

[0109] The partition combination unit improves the matching success rate of equipment configuration by optimizing algorithms, strengthens real-time monitoring and feedback mechanisms to ensure process controllability, improves system scalability to add new functions in the future, and enhances network security protection to ensure safe data transmission and storage. The partition combination unit further improves the performance and stability of the rocket sea-launched self-organizing network communication system.

[0110] Specifically, in the rocket sea-launched self-organizing network communication system provided by the present invention, the baseband processing unit is also used for:

[0111] Receive the baseband signal converted by the RF unit, perform filtering, amplification, and gain control preprocessing operations on the received signal. After the preprocessing is completed, the baseband processing unit encodes and modulates the signal;

[0112] The user ad hoc network configuration information also includes a data transmission format, which converts the coded and modulated signal processed by the baseband processing unit into the data transmission format in the user ad hoc network configuration information.

[0113] Specifically, in the rocket sea-launched self-organizing network communication system provided by the present invention, the communication protocol processing unit is also used for:

[0114] The communication protocol processing unit collects the communication protocols used in the actual partitions of each network, performs identifiable detection on the communication protocols used in the actual partitions of each network, obtains an identifiable communication protocol set, performs cluster analysis on the identifiable communication protocol set, obtains an identifiable communication protocol set result, and determines the standard communication protocol of the self-organizing network according to the identifiable communication protocol set result;

[0115] The identifiable communication protocol set result includes identifiable communication information sorting, and selecting the communication protocols in the first sorting, the second sorting, and the third sorting from the identifiable communication information sorting as the test protocols;

[0116] Each device in the actual partition of the respective network sends the communication protocols of the first, second and third rankings in turn to obtain communication protocol test feedback information, which includes the data transmission speeds of the communication protocols of the first, second and third rankings.

[0117] Specifically, in the rocket sea-launched self-organizing network communication system provided by the present invention, the communication protocol processing unit is also used for:

[0118] Retrieving the communication feedback speed of the rocket sea-launched device in the communication protocol test feedback information, and sorting the first sorting, the second sorting, and the third sorting according to the communication feedback speed of the rocket sea-launched device to obtain the communication feedback speed sorting result of the rocket sea-launched device;

[0119] The data transmission speeds of the communication protocols in the first, second and third sortings are fused with the communication feedback speed sorting results of the rocket launch equipment to obtain communication channel fusion data, and a communication feedback speed limit value is set. The communication channels in the communication channel fusion data are sorted, combined and screened through a genetic algorithm to obtain an identifiable optimal combination channel of the communication protocol, which includes a main communication channel and backup communication information.

[0120] The self-organizing network front-end network and back-end network system provided by the present invention are composed as follows: Figure 3 As shown, the front-end communication device transmits data to the receiver of the back-end communication device through the transmitter of the front-end communication device, and the back-end communication device sends data to the receiver of the front-end communication device through the transmitter of the back-end communication device. The front-end communication device and the back-end communication device complete interactive data transmission through the receiver and the transmitter.

[0121] See also Figure 2 ,Data exchange system: Establish connections with the test, transmission and control devices connected to it and establish a MAC address table. Monitor the data frames sent by each test, transmission and control. When a data frame is received, check the destination MAC address of the data frame, find the corresponding interface in the MAC address table, and forward the data frame to the interface;

[0122] Ground test, launch and control equipment: ground equipment for front-end and back-end testing and launching rockets, including software and hardware;

[0123] Emergency communication system: emergency call system and video surveillance system.

[0124] The rocket sea-launched self-organizing network provided by the embodiment of the present invention can utilize wireless communication equipment and data exchange systems according to the needs of mission data transmission, and is used to realize the wireless transmission of control and measurement information between the front-end equipment and the back-end equipment of the ground test, launch and control equipment during the ground test and launch control process.

[0125] In a second aspect, a method for sea-launched rocket self-organizing network communication is applied to the sea-launched rocket self-organizing network communication system, comprising:

[0126] In step S101, the communication configuration information of the ad hoc network and the information of the devices running in the ad hoc network are obtained, and the ad hoc network simulation partition is established according to the communication configuration information of the ad hoc network and the information of the devices running in the ad hoc network, and the ad hoc network simulation partition includes the communication network location, the communication network coverage area and the simulation partition device information;

[0127] Step S101 is the initialization stage of the entire communication method, and its purpose is to collect the communication configuration information of the ad hoc network and the information of the devices running in the ad hoc network, so as to prepare for the subsequent communication tasks.

[0128] In step S101, by acquiring the communication configuration information of the ad hoc network and the information of the devices running in the ad hoc network, the system can build a virtual simulation partition, which will serve as the basis for subsequent testing and optimization to ensure the reliability and stability of the system.

[0129] In step S102, the user's ad hoc network configuration information is received, the user's ad hoc network configuration information is parsed, the ad hoc network partition information and ad hoc network partition configuration information are obtained, the ad hoc network partition information and the ad hoc network partition configuration information are loaded into the corresponding ad hoc network simulation partition, and the ad hoc network actual partition is obtained;

[0130] Step S102 is intended to adjust and optimize the simulated partitions according to the specific needs of the user, thereby generating actual operation partitions that are closer to the actual application scenario. By loading the user-defined partition information and configuration information in step S102, the system can better meet the user's specific needs and provide a more accurate environment simulation for subsequent communication tasks.

[0131] In step S103, encoding, decoding, modulation and demodulation of communication signals and baseband signal processing tasks are performed on each actual partition of the network;

[0132] Step S103 involves the processing of communication signals, which is a key link to ensure the quality and efficiency of signal transmission. Step S103 can significantly improve the anti-interference ability and transmission speed of signal transmission by encoding, decoding, modulating and demodulating the signal and processing the baseband signal, thereby ensuring the stability and efficiency of communication.

[0133] In step S104, the radio frequency unit configuration data is loaded in the actual partition of the self-organizing network to obtain the sub-radio frequency units in the actual partition of each network;

[0134] The purpose of step S104 is to configure the radio frequency unit to ensure smooth transmission and reception of wireless signals. After loading the radio frequency unit configuration data, the system can form an effective communication link in the actual partition, thereby supporting wireless communication between devices, further expanding the communication coverage and improving signal quality.

[0135] In step S105, the communication protocols used in the actual partitions of the respective networks are collected, and identifiable detection is performed on the communication protocols used in the actual partitions of the respective networks to obtain an identifiable communication protocol set, and cluster analysis is performed on the identifiable communication protocol set to obtain an identifiable communication protocol set result, and the standard communication protocol of the self-organizing network is determined according to the identifiable communication protocol set result;

[0136] In step S105, the communication protocols used in the actual partitions are collected and analyzed to determine the optimal communication protocol combination.

[0137] Step S105: Through cluster analysis and test feedback, the system can find the communication protocol combination that best suits the current application scenario, thereby significantly improving data transmission efficiency and system response speed.

[0138] In step S106, the device information in the actual partition of each network is collected, and the theoretical channel of each network is determined based on the device information in the actual partition of each network. The channels used for each network include the channels for the main control network and the channels for the sub-autonomous network. The actual channel information of each network is compared with the theoretical channel of each network to obtain the dynamic channel adjustment information of each network.

[0139] In step S107, the actual partitions of the ad hoc network are obtained in real time, and the information of the dynamic channels of the respective networks is adjusted according to the actual partitions of the ad hoc network for the control and scheduling of the ad hoc network communication system.

[0140] Step S107 is the core control link of the communication system. This step obtains partition information and power adjustment information in real time to accurately control and schedule the system.

[0141] Step S107: Through real-time control and scheduling, the system can quickly adapt to the changing environment and load conditions to ensure the smooth completion of the communication task. At the same time, combined with the optimization strategy of power distribution, the reliability and economy of the system are further improved.

[0142] The present invention effectively solves the problems of high cost, low data transmission efficiency, high latency and poor maneuverability in self-organizing network communication for launching rockets at sea. The specific solutions are as follows:

[0143] Simulation partitioning and dynamic adjustment: Simulation partitioning units are used to establish simulation partitions, which can be fully tested and verified before the actual deployment of the system, thereby reducing costs and error rates.

[0144] Intelligent partition combination: The partition combination unit optimizes device configuration through intelligent algorithms, improves performance and reduces performance loss.

[0145] Efficient baseband and RF processing: The baseband processing unit ensures efficient and accurate signal transmission, while the RF unit improves communication efficiency and coverage by optimizing configuration data, thereby improving data transmission efficiency.

[0146] Communication protocol optimization: The communication protocol processing unit reduces transmission delay and bandwidth waste by collecting, analyzing and determining the optimal communication protocol, thereby further improving data transmission efficiency.

[0147] Dynamic channel management: The channel management unit performs dynamic channel adjustments to ensure stable operation of the system channels.

[0148] Real-time control and scheduling: The control unit accurately controls and schedules the system, improving response speed and overall performance, and helping to reduce latency.

[0149] Security enhancement: By identifying and marking unknown devices and devices with potential safety hazards, the security of the communication system is enhanced to ensure the stability and security of data transmission.

[0150] In summary, the present invention comprehensively improves the performance of the self-organizing network communication system for offshore rocket launches through measures such as simulated partitioning, intelligent partition combination, efficient baseband and RF processing, communication protocol optimization, dynamic channel management, real-time control and scheduling, and security enhancement, and effectively solves the problems of high cost, low data transmission efficiency, high latency, and poor maneuverability.

[0151] The rocket sea-launched self-organizing network communication system of the present invention effectively solves the problems of high cost, low data transmission efficiency, high delay and poor maneuverability in the self-organizing network communication of sea-launched rockets through innovative architecture design and workflow. The following is a specific implementation method for the rocket sea-launched self-organizing network communication system.

[0152] The present invention provides a self-organizing network communication system for sea-launched rockets, and a specific system architecture;

[0153] The architecture of the self-organizing network communication system for rocket sea launch mainly includes the server side, device side, background control side and user side. The server side is the core of the entire communication system. It consists of multiple key units that work together to achieve efficient data transmission and control.

[0154] The simulation partition unit establishes the AD network simulation partition according to the AD network communication configuration information and device information. This step not only involves the location and coverage area of ​​the communication network, but also includes the device information setting within the simulation partition, laying the foundation for subsequent partition combination and optimization.

[0155] The partition combination unit is responsible for parsing the user's self-organizing network configuration information and generating the self-organizing network partitions for actual operation. It uses feature extraction methods to determine the location and configuration information of the main control area and sub-control area, and performs device matching. For devices that fail to match, the unit uses genetic algorithms and prediction models to obtain the optimal operating parameters.

[0156] The baseband processing unit and the radio frequency unit are jointly responsible for the encoding, decoding, modulation and demodulation of communication signals, as well as wireless transmission and reception, ensuring efficient and accurate transmission of signals.

[0157] The communication protocol processing unit is responsible for collecting and optimizing the communication protocol. By sending test protocols and collecting feedback data, it uses genetic algorithms to obtain the optimal communication protocol combination, thereby improving data transmission efficiency.

[0158] The channel management unit ensures the stable operation of the system and reduces energy consumption costs by dynamically adjusting the power. The control unit accurately controls and schedules the entire ad hoc network communication system to reduce delays and improve system response speed.

[0159] In addition, the equipment side includes various communication equipment, power equipment, operation and maintenance equipment, and rocket sea-launch equipment, which perform specific communication tasks under the scheduling of the server side. The background control side provides remote monitoring and management functions, while the user side allows users to configure and monitor the working status of the ad hoc network system.

[0160] The present invention provides a self-organizing network communication system for sea-launched rockets, and a specific working process;

[0161] Initialization configuration: First, the server obtains the necessary configuration information and device information to establish the simulated partition. The user then sets the network topology and configuration parameters through the client.

[0162] Partition combination and optimization: The partition combination unit generates actual partitions based on user configuration information, and matches and optimizes device configurations to ensure efficient operation of the system.

[0163] Communication signal processing and transmission: After the baseband processing unit pre-processes and encodes and modulates the signal, the radio frequency unit realizes wireless transmission and reception.

[0164] Communication protocol optimization: The communication protocol processing unit is responsible for determining and optimizing the communication protocol to improve data transmission efficiency.

[0165] Power management and system control: The channel management unit adjusts the power supply of the equipment, while the control unit controls and dispatches the entire system based on real-time data and power adjustment information.

[0166] Network security monitoring: The system also has network security monitoring capabilities, which detect unknown devices through feature extraction and cluster analysis to ensure the security of the system.

[0167] In summary, the specific implementation of the present invention effectively solves the key problems in existing offshore rocket launches and networking communications through innovative system architecture and workflow design, and makes important contributions to technological progress in related fields.

[0168] Obviously, those skilled in the art can make various changes and modifications to the present invention without departing from the spirit and scope of the present invention. Thus, if these modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include these modifications and variations, and the above-described embodiments of the present invention do not constitute a limitation on the scope of protection of the present invention.

Claims

1. A self-organizing network communication system for sea-launched rockets, characterized in that: include: The server side, the device side, the background control side and the user side establish communication connections with the device side, the background control side and the user side. The device side includes communication equipment, power equipment, operation and maintenance equipment and rocket sea launch equipment. The server side includes: A simulation partition unit; used to obtain the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network, and establish the ad hoc network simulation partition according to the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network, wherein the ad hoc network simulation partition includes the communication network location, the communication network coverage area and the simulation partition equipment information; A partition combination unit is used to receive user ad hoc network configuration information, parse the user ad hoc network configuration information, obtain ad hoc network partition information and ad hoc network partition configuration information, load the ad hoc network partition information and ad hoc network partition configuration information into the corresponding ad hoc network simulation partition, and obtain the ad hoc network actual partition; A baseband processing unit, used for performing encoding, decoding, modulation and demodulation of communication signals and baseband signal processing tasks for each actual partition of the ad hoc network; The radio frequency unit is used for wireless transmission and reception of communication signals of devices in the self-organizing network. The configuration information of the radio frequency unit is extracted to obtain the radio frequency unit configuration data. The radio frequency unit configuration data is loaded in the actual partition of the self-organizing network to obtain the sub-radio frequency unit in the actual partition of each network. A communication protocol processing unit, used to collect the communication protocols used in the actual partitions of each network, perform identifiable detection on the communication protocols used in the actual partitions of each network, obtain an identifiable communication protocol set, perform cluster analysis on the identifiable communication protocol set, obtain an identifiable communication protocol set result, and determine the self-organizing network standard communication protocol according to the identifiable communication protocol set result; The channel management unit is used to collect the device information in the actual partition of each network, determine the theoretical channel of each network according to the device information in the actual partition of each network, and the channels used by each network include the channels used by the main control network and the channels used by the sub-autonomous network, compare the actual channel information of each network with the theoretical channel of each network, and obtain the dynamic channel adjustment information of each network; The control unit is used to obtain the actual partition of the self-organizing network in real time, and adjust the information according to the actual partition of the self-organizing network and the dynamic channel of each network, so as to control and schedule the self-organizing network communication system.

2. The rocket sea-launched ad hoc network communication system according to claim 1, characterized in that: The analog partition unit is also used for: Receive the network topology structure set by the user, substitute the self-organizing network communication configuration information and the device information running in the self-organizing network into the network topology structure set by the user, and obtain the network topology structure matching information and the network topology structure non-matching information; Detect the device operating parameters and device models in the network topology structure that cannot be matched, and match the detection results in the self-organizing network knowledge base to obtain the device configuration and device model of the network topology structure that cannot be matched; Substitute the device configuration and device model that are similar to the information that cannot be matched with the network topology into the network topology set by the user for use.

3. The rocket sea-launched ad hoc network communication system according to claim 1, characterized in that: The partition combination unit is also used for: A partition combination unit receives the self-organizing network configuration information, parses the self-organizing network configuration information, obtains the self-organizing network partition location information and the self-organizing network partition configuration information, loads the self-organizing network partition information and the self-organizing network partition configuration information into the corresponding self-organizing network simulation partition, and obtains the self-organizing network actual partition; Extract features from the self-organizing network partition information to obtain the main control area location information and the sub-control area location information, extract features from the self-organizing network partition configuration information to obtain the main self-organizing network partition configuration information and the sub-control area self-organizing network partition configuration information; According to the device information and sub-control area location information in the main self-organizing network partition configuration information, the main self-organizing network partition location and the sub-control area location are determined, and the communication equipment corresponding to the main self-organizing network partition location and the sub-control area location is retrieved to obtain the main self-organizing network partition location communication equipment and the sub-control area location communication equipment, and the main self-organizing network partition configuration information is matched with the main self-organizing network partition location communication equipment to obtain the main self-organizing network partition device configuration matching result, and the sub-control area location information is matched with the sub-control area location communication equipment to obtain the sub-self-organizing network partition device configuration matching result.

4. The rocket sea-launched ad hoc network communication system as claimed in claim 3, characterized in that: The partition combination unit is also used for: The main self-organizing network partition device configuration matching result includes the main self-organizing network partition device configuration matching success information and the main self-organizing network partition device configuration matching failure information; The sub-ad hoc network partition device configuration matching result includes sub-ad hoc network partition device configuration matching success information and sub-ad hoc network partition device configuration matching failure information; According to the unsuccessful configuration match information of the main self-organizing network partition device and the unsuccessful configuration match information of the sub-self-organizing network partition device, the device corresponding to the unsuccessful configuration match information of the main self-organizing network partition device and the device corresponding to the unsuccessful configuration match information of the sub-self-organizing network partition device are obtained, standard operating parameter limit values ​​are set for the device corresponding to the unsuccessful configuration match information of the main self-organizing network partition device and the device corresponding to the unsuccessful configuration match information of the sub-self-organizing network partition device, and the self-organizing network device reference prediction model in the knowledge base is retrieved, and the self-organizing network device reference prediction model is trained through a genetic algorithm to obtain the optimal operating parameters of the device corresponding to the unsuccessful configuration match information of the main self-organizing network partition device and the device corresponding to the unsuccessful configuration match information of the sub-self-organizing network partition device, and the optimal parameters are loaded into the corresponding main self-organizing network partition device and the sub-self-organizing network partition device for use.

5. The rocket sea-launched ad hoc network communication system as claimed in claim 4, characterized in that: The partition combination unit is also used for: When the configurations of the devices in the main ad hoc network partition and the devices in the sub-ad hoc network partition are loaded, a communication connection is established between the main ad hoc network partition and the sub-ad hoc network partition, the communication data of the devices in the main ad hoc network partition and the sub-ad hoc network partition are collected, and feature extraction is performed on the communication data of the devices in the main ad hoc network partition and the sub-ad hoc network partition to obtain the transmitter and receiver information of the communication data; Match the transmitter and receiver information of the communication data with the device information running in the ad hoc network, and mark the successfully matched devices as known devices, and mark the unmatched devices as unknown devices; Performing cluster analysis on the communication information of the unknown device to obtain the unknown device communication cluster analysis result, wherein the unknown device communication distance analysis result includes the unknown device communication channel and the receiving device corresponding to the unknown device communication; The unknown device is matched with the device information of the receiving device corresponding to the unknown device communication running in the ad hoc network. If no matching result can be obtained, the unknown device is marked as a device with network security risks.

6. The rocket sea-launched ad hoc network communication system as claimed in claim 5, characterized in that: The partition combination unit is also used for: The communication data of the devices in the main ad hoc network partition and the sub-ad hoc network partition are collected and analyzed to obtain the communication channel information between the main ad hoc network partition and the sub-ad hoc network partition; Detect whether each communication channel in the communication channel information of the main ad hoc network and the sub-ad hoc network has established a communication connection with a network security risk device; If a communication connection has been established, whether the network security risk detection device obtains information from the communication channel information of the main ad hoc network and the sub-ad hoc network; If the network security risk device obtains information from the communication channel information between the main ad hoc network and the sub-ad hoc network, the network security risk device is marked as an unknown monitoring device.

7. The rocket sea-launched ad hoc network communication system according to claim 1, characterized in that: The baseband processing unit is also used for: Receive the baseband signal converted by the RF unit, perform filtering, amplification, and gain control preprocessing operations on the received signal. After the preprocessing is completed, the baseband processing unit encodes and modulates the signal; The user ad hoc network configuration information also includes a data transmission format, which converts the coded and modulated signal processed by the baseband processing unit into the data transmission format in the user ad hoc network configuration information.

8. The rocket sea-launched ad hoc network communication system according to claim 1, characterized in that: The communication protocol processing unit is also used for: The identifiable communication protocol set result includes identifiable communication information sorting, and selecting the communication protocols in the first sorting, the second sorting, and the third sorting from the identifiable communication information sorting as the test protocols; Each device in the actual partition of the respective network sends the communication protocols of the first, second and third rankings in turn to obtain communication protocol test feedback information, which includes the data transmission speeds of the communication protocols of the first, second and third rankings.

9. The rocket sea-launched ad hoc network communication system according to claim 8, characterized in that: The communication protocol processing unit is also used for: Retrieving the communication feedback speed of the rocket sea-launched device in the communication protocol test feedback information, and sorting the first sorting, the second sorting, and the third sorting according to the communication feedback speed of the rocket sea-launched device to obtain the communication feedback speed sorting result of the rocket sea-launched device; The data transmission speeds of the communication protocols in the first, second and third sortings are fused with the communication feedback speed sorting results of the rocket launch equipment to obtain communication channel fusion data, and a communication feedback speed limit value is set. The communication channels in the communication channel fusion data are sorted, combined and screened through a genetic algorithm to obtain an identifiable optimal combination channel of the communication protocol, which includes a main communication channel and backup communication information.

10. A rocket sea-launched self-organizing network communication method, applied to a rocket sea-launched self-organizing network communication system as claimed in any one of claims 1 to 9, characterized in that: include: In step S101, the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network are obtained, and the ad hoc network simulation partition is established according to the communication configuration information of the ad hoc network and the information of the equipment running in the ad hoc network, and the ad hoc network simulation partition includes the communication network location, the communication network coverage area and the simulation partition equipment information; In step S102, receiving user ad hoc network configuration information, parsing the user ad hoc network configuration information, obtaining ad hoc network partition information and ad hoc network partition configuration information, loading the ad hoc network partition information and ad hoc network partition configuration information into corresponding ad hoc network simulation partitions, and obtaining ad hoc network actual partitions; In step S103, encoding, decoding, modulation and demodulation of communication signals and baseband signal processing tasks are performed on each actual partition of the network; In step S104, the radio frequency unit configuration data is loaded in the actual partition of the self-organizing network to obtain the sub-radio frequency units in the actual partition of the respective network; In step S105, the communication protocols used in the actual partitions of the respective networks are collected, and identifiable detection is performed on the communication protocols used in the actual partitions of the respective networks to obtain an identifiable communication protocol set, and cluster analysis is performed on the identifiable communication protocol set to obtain an identifiable communication protocol set result, and the standard communication protocol of the self-organizing network is determined according to the identifiable communication protocol set result; In step S106, the device information in the actual partition of each network is collected, and the theoretical channel of each network is determined according to the device information in the actual partition of each network. The channels used by each network include the channels used by the main control network and the channels used by the sub-autonomous network. The actual channel information of each network is compared with the theoretical channel of each network to obtain the dynamic channel adjustment information of each network; In step S107, the actual partitions of the ad hoc network are obtained in real time, and the information of the dynamic channels of the respective networks is adjusted according to the actual partitions of the ad hoc network for the control and scheduling of the ad hoc network communication system.

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