Broadband carrier communication chip detection system and method

Abstract

The invention relates to the technical field of communication detection, and discloses a broadband carrier communication chip detection system and method, and the method comprises the steps: obtaining target initial transmission data and target termination transmission data, judging whether the data transmission is normal or not, forming a transmission data simulation model, according to the broadband carrier communication chip detection system and the broadband carrier communication chip detection method, whether the data transmission is abnormal is judged according to the data before and after transmission, whether the abnormal data transmission is a long-term fixed influence or a short-time fluctuation influence is judged, and the data transmission is carried out again after compensation adjustment is carried out on the target initial transmission data with the abnormal data transmission. According to the equipment condition in the transmission line and the reason for the influence of data transmission, the transmitted data is compensated, adjusted and retransmitted, and whether the data is influenced by the equipment on the transmission line, so that the data is attenuated in the transmission process and the data is distorted or not is judged in time; the influence of transmission lines and equipment on data transmission is reduced, and the accuracy of data transmission is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of communication detection, and in particular to a broadband carrier communication chip detection system and method. Background Art

[0002] Broadband carrier communication is to transmit data by propagating signals on power lines. Specifically, broadband carrier communication uses power lines as transmission media, modulates the data to be transmitted onto carrier signals, and then transmits the modulated signals through power lines. At the receiving end, the data on the carrier signal is demodulated to achieve communication. In order to achieve stable data transmission, broadband carrier technology uses advanced modulation and demodulation technology to encode and decode high-frequency signals to ensure accurate data transmission. This communication method makes full use of the popularity and convenience of power lines and can transmit data without adding additional lines. Broadband carrier communication is mainly used in homes, enterprises and institutions to realize broadband Internet access, remote office, smart home and other services. Especially in rural areas, due to the high cost of wiring, broadband carrier communication has become an economical and practical solution. In addition, it is also widely used in smart grids and remote meter reading. It can realize the interconnection of various devices in smart grids and improve the intelligence level and reliability of the power grid. The existing broadband carrier communication chip detection system and method cannot determine whether the data transmission is abnormal based on the data before and after the transmission, cannot determine whether the data transmission abnormality is a long-term fixed influence or a short-term fluctuation influence based on the equipment conditions in the transmission line, cannot compensate and adjust the transmitted data and retransmit it based on the equipment conditions in the transmission line and the reasons for the impact on data transmission, and cannot timely determine whether the data is affected by the equipment on the transmission line, causing attenuation during transmission and resulting in data distortion. Its practicality has certain limitations. Summary of the invention

[0003] The present invention provides a broadband carrier communication chip detection system and method, which are used to promote the solution of the problems mentioned in the background technology.

[0004] The present invention provides the following technical solution: a broadband carrier communication chip detection method, comprising: Obtain target start transmission data and target end transmission data; If the target end transmission data = the target start transmission data, the data transmission is determined to be normal and the abnormal analysis strategy is not executed; If the target end transmission data ≠ the target start transmission data, the data transmission is determined to be abnormal, and the abnormal analysis strategy is executed to form abnormal analysis data; The abnormal analysis data includes long-term interference and short-term interference; Acquire the transmission data simulation model; If the abnormal analysis data is a long-term interference, a first compensation adjustment strategy is executed according to the abnormal analysis data and the transmission data compensation model to form first compensation data and a first adjustment time; Calculate the first adjusted transmission data, where the first adjusted transmission data = the target initial transmission data + the first compensation data; If the abnormal analysis data is a short-term interference, a second compensation adjustment strategy is executed according to the abnormal analysis data and the transmission data compensation model to form second compensation data and a second adjustment time; Calculate the second adjusted transmission data, the second adjusted transmission data = target initial transmission data + second compensation data; The target start transmission data is adjusted to the first adjustment transmission data or the second adjustment transmission data, and data transmission is performed at the first adjustment time or the second adjustment time, so that the target end transmission data = the target start transmission data.

[0005] As a broadband carrier communication chip detection method described in the present invention, wherein: the abnormality analysis strategy is specifically: Obtain the transmission line of the transmission target starting transmission data and set it as the target line; Get all devices on the target line and define them as analysis devices; Get the number of analytical devices and set it as the number of analyses; If the number of analyses is ≥ 1, the device analysis strategy is executed; If the number of analyses is less than 1, the abnormal analysis data is determined to be long-term interference.

[0006] As a broadband carrier communication chip detection method described in the present invention, wherein: the device analysis strategy is specifically: Obtain the operating data of each analytical device and set it as the target operating data; Obtain the judgment data of each analytical device and set it as target judgment data; If the target operating data ≥ target judgment data × (1 + 15%), the target operating data is judged to be abnormal data; If the target operation data < target judgment data × (1 + 15%), the target operation data is judged to be normal data; Obtaining the number of analysis devices that determine the target operating data as abnormal data, and defining it as the abnormal number; If the number of anomalies is less than 1, the abnormal analysis data is determined to be long-term interference; If the number of anomalies is ≥1, the abnormal analysis data is determined to be short-term interference.

[0007] As a broadband carrier communication chip detection method described in the present invention, wherein: the acquisition of the transmission data simulation model is specifically: Obtain all initial transmission data to form a transmission data set; Get the number of analyses; Set the starting quantity and number of units; The starting element is the starting quantity, and each increment of the unit quantity forms a quantity element, and ends when the incremented value reaches the analysis quantity; Get the starting element and all quantity elements to form a quantity set; Obtain all analysis devices to form a device set; Obtain abnormal operation data of each analytical device; Set the initial operation data and unit operation data; Taking the initial operation data as the initial operation element, each incremental unit operation data forms an analysis operation data, and the analysis operation data after the increment is abnormal operation data is terminated; For each analysis device, a starting operation element and all analysis operation data are obtained to form an operation set; Match each operation set with each element in the device set one by one to form a device operation set; Execute steps A1-A9; Obtain all simulation termination data to form a simulation data set; Integrate the transmission data set, the equipment operation set and the simulation data set to form a transmission data simulation model.

[0008] As a broadband carrier communication chip detection method described in the present invention, wherein: the steps A1-A9 are specifically: A1. Obtain the transmission data set; A2, extracting each element in the transmission data set in turn, identifying it as simulation starting data, and executing steps A3-A9; A3. Identify each element in the quantity set as the target quantity in turn, and execute A4-A9; A4. Any analysis device corresponding to the target number in the extraction device operation set is identified as a simulation device; A5. Execute B1-B2 for each simulated device. B1. Extract the operation set corresponding to the simulated device in the device operation set; B2. Randomly extract an element from the operation set and identify it as simulation operation data; A6. Acquire the termination transmission data when each simulation device is the corresponding simulation operation data, and define it as the simulation termination data; A7, repeat A5-A7 until all elements in the operation set corresponding to each simulation device are used as simulation operation data; A8. Repeat A3-A8 until every element in the quantity set is used as the target quantity. A9. Repeat A1-A9 until each element in the transmission data set is used as the simulation start data.

[0009] As a broadband carrier communication chip detection method described in the present invention, wherein: the first compensation adjustment strategy is specifically: Acquire the transmission data simulation model; Get the target start transmission data; Determine the target start transmission data as determination end data; Extracting all elements of simulation termination data as determination termination data in the transmission data simulation model to form a compensation analysis set; Obtain the number of analyses and target run data for each analytical device; Extract the starting transmission data corresponding to the target number of the compensation analysis set as the analysis number, the simulation operation data of each simulation device as the target operation data of each analysis device, and define it as adjustment data; Calculate the first compensation data, the first compensation data = adjustment data - target start transmission data; Get the current time; Calculate the first adjustment time, where the first adjustment time = current time.

[0010] As a broadband carrier communication chip detection method described in the present invention, wherein: the second compensation adjustment strategy is specifically: Execute the device habit analysis strategy for each analyzed device separately; Get the estimated usage time of each analytical device; Set the judgment time; Get the target start transmission data; Get the current time; If the estimated usage time is less than or equal to the determined time, the second compensation data is calculated, and the second compensation data = the target start transmission data; Get the usage time of each analyzed device; Extract the estimated usage time with the largest value and set it as the maximum estimated usage time; Extract the used duration corresponding to the maximum estimated duration and set it as the first duration; Extract the used time with the largest value and set it as the maximum used time; Extract the estimated usage time corresponding to the maximum usage time and set it as the second time; If the maximum estimated duration - the first duration ≥ the second duration - the maximum usage duration, then calculate the second adjustment time, the second adjustment time = current time + (maximum estimated duration - first duration); If the maximum estimated duration - the first duration < the second duration - the maximum usage duration, then calculate the second adjustment time, the second adjustment time = current time + (the second duration - the maximum usage duration); If the estimated usage time is greater than the determined time, a transmission data simulation model is obtained; Get the target start transmission data; Determine the target start transmission data as determination end data; Extracting all elements of simulation termination data as determination termination data in the transmission data simulation model to form a compensation analysis set; Obtain the number of analyses and target run data for each analytical device; Extract the starting transmission data corresponding to the target number of the compensation analysis set as the analysis number, the simulation operation data of each simulation device as the target operation data of each analysis device, and define them as the target adjustment data; Calculate the second compensation data, the second compensation data = target adjustment data - target start transmission data; Calculate the second adjusted time, where the second adjusted time = current time.

[0011] As a broadband carrier communication chip detection method described in the present invention, wherein: the device habit analysis strategy is specifically: Get the current time; Set the collection duration; Calculate the collection time, collection time = current time - collection duration; The collection time is taken as the start time and the current time is taken as the end time to form a collection cycle; Obtain the start time of all devices in the collection cycle of the analysis device; Obtain the stop time of all devices of the analysis device within the collection cycle; Calculate and analyze the running time of the equipment each time during the collection cycle, running time = equipment stop time - equipment start time; Obtain the number of device-on times of the analysis device within the collection period, which is defined as the number of collection times; Calculate and analyze the estimated usage time of the equipment: estimated usage time = sum of all operating times / number of collection times.

[0012] The present invention also discloses a system for executing a broadband carrier communication chip detection method, which includes: Data acquisition module: used to obtain the target start transmission data and the target end transmission data; Data determination module: used to determine whether data transmission is normal; Data simulation module: used to simulate the equipment conditions on the transmission line and all the initial transmission data to form a transmission data simulation model; Data adjustment module: used to compensate and adjust the target start transmission data of abnormal data transmission so that the target end transmission data = the target start transmission data.

[0013] The present invention has the following beneficial effects: 1. The broadband carrier communication chip detection system and method determines whether the data transmission is abnormal by acquiring the data before and after the transmission. If the data before and after the transmission are consistent, it means that the data transmission is normal. If the data before and after the transmission are inconsistent, it means that the data transmission is abnormal. It is necessary to promptly determine whether the data is affected by the equipment on the transmission line, causing attenuation during the transmission process, resulting in data distortion, and perform data compensation adjustment to reduce the impact of the transmission line and equipment on data transmission and improve the accuracy of data transmission.

[0014] 2. The broadband carrier communication chip detection system and method determine whether the data transmission anomaly is a long-term fixed influence or a short-term fluctuation influence by obtaining the equipment status in the transmission line. If there is no equipment in the transmission line or all equipment is in normal operation, it means that the data transmission anomaly is a long-term fixed influence, that is, it is affected by the stability of the transmission line or equipment operation. If there is an abnormally operating device in the transmission line, it means that the data transmission anomaly is a short-term fluctuation influence, that is, it is affected by the overload operation of the equipment or the instability of the start and stop of the equipment. It is necessary to make data compensation adjustments in time to avoid data distortion, reduce the impact of the transmission line and equipment on data transmission, and improve the accuracy of data transmission.

[0015] 3. The broadband carrier communication chip detection system and method, through the equipment conditions in the transmission line and the reasons affected by data transmission, simulates the transmission line and various equipment on the transmission line to form a transmission data simulation model, determines the data and transmission time to be compensated and adjusted when data transmission is abnormal, and retransmits it to avoid the data being affected by the transmission line and equipment, causing attenuation during the transmission process, resulting in data distortion, reducing the impact of the transmission line and equipment on data transmission, and improving the accuracy of data transmission. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 This is a flow chart of the broadband carrier communication chip detection method of the present invention; Figure 2 The system block diagram of the broadband carrier communication chip detection method executed by the present invention. DETAILED DESCRIPTION

[0017] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. 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.

[0018] Embodiment 1, a broadband carrier communication chip detection method, see Figure 1 ,include: Obtain target start transmission data and target end transmission data; If the target end transmission data = the target start transmission data, the data transmission is determined to be normal and the abnormal analysis strategy is not executed; If the target end transmission data ≠ the target start transmission data, the data transmission is determined to be abnormal, and the abnormal analysis strategy is executed to form abnormal analysis data; The abnormal analysis data includes long-term interference and short-term interference; Acquire the transmission data simulation model; If the abnormal analysis data is a long-term interference, a first compensation adjustment strategy is executed according to the abnormal analysis data and the transmission data compensation model to form first compensation data and a first adjustment time; Calculate the first adjusted transmission data, where the first adjusted transmission data = the target initial transmission data + the first compensation data; If the abnormal analysis data is a short-term interference, a second compensation adjustment strategy is executed according to the abnormal analysis data and the transmission data compensation model to form second compensation data and a second adjustment time; Calculate the second adjusted transmission data, the second adjusted transmission data = target initial transmission data + second compensation data; The target start transmission data is adjusted to the first adjustment transmission data or the second adjustment transmission data, and data transmission is performed at the first adjustment time or the second adjustment time, so that the target end transmission data = the target start transmission data.

[0019] Through the above method, it is determined whether the data transmission is abnormal based on the data before and after the transmission, and whether the data transmission anomaly is a long-term fixed influence or a short-term fluctuation influence. According to the equipment conditions in the transmission line and the reasons for the impact on data transmission, the transmitted data is compensated and adjusted and retransmitted. It is timely determined whether the data is affected by the equipment on the transmission line, causing attenuation during the transmission process and resulting in data distortion, thereby reducing the impact of the transmission line and equipment on data transmission and improving the accuracy of data transmission.

[0020] Embodiment 2: This embodiment is an improvement made on the basis of embodiment 1. The broadband carrier communication chip detection method and the abnormality analysis strategy are specifically: Obtain the transmission line of the transmission target starting transmission data and set it as the target line; Get all devices on the target line and define them as analysis devices; Get the number of analytical devices and set it as the number of analyses; If the number of analyses is ≥ 1, the device analysis strategy is executed; If the number of analyses is less than 1, the abnormal analysis data is determined to be long-term interference, that is, there is no device using electricity on the transmission line. At this time, data transmission may be affected by the power of the transmission line itself, resulting in inconsistency between the data after transmission and the data before transmission.

[0021] The device analysis strategy is specifically: Obtaining the operating data of each analysis device and setting it as target operating data, wherein the operating data is the current current value of the device; Obtaining determination data of each analysis device and setting it as target determination data, wherein the determination data is a rated current value of the device; If the target operating data ≥ target judgment data × (1 + 15%), the target operating data is judged to be abnormal data; If the target operation data < target judgment data × (1 + 15%), the target operation data is judged to be normal data; Obtaining the number of analysis devices that determine the target operating data as abnormal data, and defining it as the abnormal number; If the number of abnormalities is less than 1, the abnormal analysis data is determined to be long-term interference, that is, the devices on the transmission line are all operating normally and in a relatively stable state. At this time, the data transmission may be affected by the power of the transmission line itself or the power of the line and the equipment as a whole, resulting in the inconsistency between the data after transmission and the data before transmission; If the number of abnormalities is ≥1, the abnormal analysis data is determined to be short-term interference, that is, the equipment on the transmission line is overloaded and in an unstable state. At this time, the data transmission may be affected by the power of the abnormal operation of the equipment, resulting in the inconsistency between the data after transmission and the data before transmission.

[0022] Embodiment 3: This embodiment is an improvement made on the basis of Embodiment 2. In this embodiment, the acquisition of the transmission data simulation model is specifically as follows: Acquire all the initial transmission data to form a transmission data set, wherein the initial transmission data is all the data that will be used and frequently transmitted after being sorted out according to the information transmitted by other broadband carrier communication chips; Get the number of analyses; Set the starting quantity and unit quantity, the starting quantity is 0, and the unit quantity is 1; The starting element is the starting quantity, and each increment of the unit quantity forms a quantity element, and ends when the incremented value reaches the analysis quantity; Get the starting element and all quantity elements to form a quantity set; Obtain all analysis devices to form a device set; Obtain abnormal operation data of each analytical device; Set the starting operation data and the unit operation data, wherein the starting operation data is the current value of the device when it stops running, and the unit operation data is 1mA; Taking the initial operation data as the initial operation element, each incremental unit operation data forms an analysis operation data, and the analysis operation data after the increment is abnormal operation data is terminated; For each analysis device, a starting operation element and all analysis operation data are obtained to form an operation set; Match each operation set with each element in the device set one by one to form a device operation set; Execute steps A1-A9; Obtain all simulation termination data to form a simulation data set; Integrate the transmission data set, the equipment operation set and the simulation data set to form a transmission data simulation model.

[0023] Wherein, the steps A1-A9 are specifically: A1. Obtain the transmission data set; A2, extracting each element in the transmission data set in turn, identifying it as simulation starting data, and executing steps A3-A9; A3. Identify each element in the quantity set as the target quantity in turn, and execute A4-A9; A4. Extract any analysis devices corresponding to the target number in the device operation set and identify them as simulation devices. For example, if the target number is 2 and the analysis devices in the device operation set are device A, device B, and device C, first extract device A and device B for simulation, then extract device A and device C for simulation, and finally extract device B and device C for simulation; A5. Execute B1-B2 for each simulated device. B1. Extract the operation set corresponding to the simulated device in the device operation set; B2. Randomly extract an element from the operation set and identify it as simulation operation data; A6. Acquire the termination transmission data when each simulation device is the corresponding simulation operation data, and define it as the simulation termination data; A7. Repeat A5-A7 until all elements in the operation set corresponding to each simulated device are used as simulation operation data and then the process ends. Take the extraction of device A and device B for simulation as an example. If the operation set of device A is data a, data b and data c, and the operation set of device B is data d, data e and data f, then it is necessary to sequentially obtain the simulation termination data when the simulation operation data of device A and the simulation operation data of device B are (data a, data d), (data a, data e), (data a, data f), (data b, data d), (data b, data e), (data b, data f), (data c, data d), (data c, data e) and (data c, data f), until all possibilities are simulated and then the process ends; A8, repeat A3-A8 until each element in the quantity set is used as the target quantity. For example, if the elements in the quantity set are 0, 1, 2, and 3, the transmission line is simulated with 0 devices, 1 device, 2 devices, and 3 devices in turn until all possibilities are simulated. A9. Repeat A1-A9 until each element in the transmission data set is used as the simulation starting data. For example, if the elements in the transmission data set are transmission data 1, transmission data 2, and transmission data 3, then transmission data 1, transmission data 2, and transmission data 3 are used as the starting transmission data for simulation in turn until all possibilities are simulated.

[0024] Embodiment 4: This embodiment is an improvement made on the basis of Embodiment 3. In this embodiment, the first compensation adjustment strategy is specifically: Acquire the transmission data simulation model; Get the target start transmission data; Determine the target start transmission data as determination end data; Extract all elements of the simulated termination data in the transmission data simulation model as the determination termination data to form a compensation analysis set, that is, take the target start transmission data as the termination transmission data to be received, extract the corresponding signal data to be sent from the transmission data simulation model, so that the target termination transmission data received at the end is the target start transmission data to be transmitted at the beginning; Obtain the number of analyses and target run data for each analytical device; Extract the starting transmission data corresponding to the target number of the compensation analysis set as the analysis number, the simulation operation data of each simulation device as the target operation data of each analysis device, and define it as adjustment data; Calculate the first compensation data, the first compensation data = adjustment data - target start transmission data; Get the current time; Calculate the first adjustment time, the first adjustment time = current time, that is, since the transmitted data is affected by the relatively stable power line or the power equipment without abnormal operation conditions, the data inconsistency before and after the transmission will basically not turn into a situation with no influence at all in the later stage. At this time, the transmitted data can be directly adjusted.

[0025] This embodiment also provides that the second compensation adjustment strategy is specifically: Execute the device habit analysis strategy for each analyzed device separately; Get the estimated usage time of each analytical device; Set the judgment time, which is the maximum time the device can operate when the rated current exceeds 15%; Get the target start transmission data; Get the current time; If the estimated usage time is less than or equal to the determined time, the second compensation data is calculated, and the second compensation data = the target start transmission data; Obtain the usage time of each analysis device, where the usage time is the time the device has been used from the time it was turned on to the current time; Extract the estimated usage time with the largest value and set it as the maximum estimated usage time; Extract the used duration corresponding to the maximum estimated duration and set it as the first duration; Extract the used time with the largest value and set it as the maximum used time; Extract the estimated usage time corresponding to the maximum usage time and set it as the second time; If the maximum estimated duration - the first duration ≥ the second duration - the maximum usage duration, then calculate the second adjustment time, the second adjustment time = current time + (maximum estimated duration - first duration); If the maximum estimated duration - the first duration < the second duration - the maximum usage duration, then calculate the second adjustment time, the second adjustment time = current time + (second duration - maximum usage duration), that is, the data before and after the transmission are inconsistent because the transmission data is affected by the unstable state of the power equipment, such as the start and stop of the equipment, and the equipment will be adjusted in a short period of time to be affected by the relatively stable power line or the power equipment without abnormal operation. At this time, according to the historical use of the equipment, determine the maximum duration that the equipment will be used, and adjust the transmission data when the equipment returns to a stable state; If the estimated usage time is greater than the determined time, a transmission data simulation model is obtained; Get the target start transmission data; Determine the target start transmission data as determination end data; Extract all elements of the simulated termination data in the transmission data simulation model as the determination termination data to form a compensation analysis set, that is, take the target start transmission data as the termination transmission data to be received, extract the corresponding signal data to be sent from the transmission data simulation model, so that the target termination transmission data received at the end is the target start transmission data to be transmitted at the beginning; Obtain the number of analyses and target run data for each analytical device; Extract the starting transmission data corresponding to the target number of the compensation analysis set as the analysis number, the simulation operation data of each simulation device as the target operation data of each analysis device, and define them as the target adjustment data; Calculate the second compensation data, the second compensation data = target adjustment data - target start transmission data; Calculate the second adjustment time, the second adjustment time = the current time, that is, the transmission data is affected by the unstable state of the power equipment, resulting in inconsistent data before and after transmission, and the equipment cannot be adjusted in a short period of time to be completely unaffected or a stable impact of long-term interference. At this time, the transmission data can be directly adjusted, and after the adjustment, it is restored to the step of detecting broadband carrier communication. When the transmission data is changed to be affected by the relatively stable power line or the power equipment without abnormal operation conditions, resulting in inconsistent data before and after transmission, the transmission data is adjusted again.

[0026] The device habit analysis strategy is specifically as follows: Get the current time; Set the collection period, which is 60 days; Calculate the collection time, collection time = current time - collection duration; The collection time is taken as the start time and the current time is taken as the end time to form a collection cycle; Obtain the start time of all devices in the collection cycle of the analysis device; Obtain the stop time of all devices of the analysis device within the collection cycle; Calculate and analyze the running time of the equipment each time during the collection cycle, running time = equipment stop time - equipment start time; Obtain the number of device-on times of the analysis device within the collection period, which is defined as the number of collection times; Calculate and analyze the estimated usage time of the equipment: estimated usage time = sum of all operating times / number of collection times.

[0027] Embodiment 5: This embodiment also discloses a system for executing a broadband carrier communication chip detection method, see Figure 2 ,include: Data acquisition module: used to obtain the target start transmission data and the target end transmission data; Data determination module: used to determine whether data transmission is normal; Data simulation module: used to simulate the equipment conditions on the transmission line and all the initial transmission data to form a transmission data simulation model; Data adjustment module: used to compensate and adjust the target start transmission data of abnormal data transmission so that the target end transmission data = the target start transmission data.

[0028] In this embodiment, whether the data transmission is abnormal is determined based on the data before and after the transmission, and whether the data transmission abnormality is a long-term fixed influence or a short-term fluctuation influence. According to the equipment conditions in the transmission line and the reasons for the impact on the data transmission, the transmitted data is compensated and adjusted and retransmitted. It is timely determined whether the data is affected by the equipment on the transmission line, causing attenuation during the transmission process and resulting in data distortion, thereby reducing the impact of the transmission line and equipment on data transmission and improving the accuracy of data transmission.

Claims

1. A broadband carrier communication chip detection method, characterized in that: include: Obtain target start transmission data and target end transmission data; If the target end transmission data = the target start transmission data, the data transmission is determined to be normal and the abnormal analysis strategy is not executed; If the target end transmission data ≠ the target start transmission data, the data transmission is determined to be abnormal, and the abnormal analysis strategy is executed to form abnormal analysis data; The abnormal analysis data includes long-term interference and short-term interference; Acquire the transmission data simulation model; If the abnormal analysis data is a long-term interference, a first compensation adjustment strategy is executed according to the abnormal analysis data and the transmission data compensation model to form first compensation data and a first adjustment time; Calculate the first adjusted transmission data, where the first adjusted transmission data = the target initial transmission data + the first compensation data; If the abnormal analysis data is a short-term interference, a second compensation adjustment strategy is executed according to the abnormal analysis data and the transmission data compensation model to form second compensation data and a second adjustment time; Calculate the second adjusted transmission data, the second adjusted transmission data = target initial transmission data + second compensation data; The target start transmission data is adjusted to the first adjustment transmission data or the second adjustment transmission data, and data transmission is performed at the first adjustment time or the second adjustment time, so that the target end transmission data = the target start transmission data.

2. A broadband carrier communication chip detection method according to claim 1, characterized in that: The abnormal analysis strategy is specifically: Obtain the transmission line of the transmission target starting transmission data and set it as the target line; Get all devices on the target line and define them as analysis devices; Get the number of analytical devices and set it as the number of analyses; If the number of analyses is ≥ 1, the device analysis strategy is executed; If the number of analyses is less than 1, the abnormal analysis data is determined to be long-term interference.

3. A broadband carrier communication chip detection method according to claim 2, characterized in that: The device analysis strategy is specifically: Obtain the operating data of each analytical device and set it as the target operating data; Obtain the judgment data of each analytical device and set it as target judgment data; If the target operating data ≥ target judgment data × (1 + 15%), the target operating data is judged to be abnormal data; If the target operation data < target judgment data × (1 + 15%), the target operation data is judged to be normal data; Obtaining the number of analysis devices that determine the target operating data as abnormal data, and defining it as the abnormal number; If the number of anomalies is less than 1, the abnormal analysis data is determined to be long-term interference; If the number of anomalies is ≥1, the abnormal analysis data is determined to be short-term interference.

4. A broadband carrier communication chip detection method according to claim 2, characterized in that: The acquisition of the transmission data simulation model is specifically as follows: Obtain all initial transmission data to form a transmission data set; Get the number of analyses; Set the starting quantity and number of units; The starting element is the starting quantity, and each increment of the unit quantity forms a quantity element, and ends when the incremented value reaches the analysis quantity; Get the starting element and all quantity elements to form a quantity set; Obtain all analysis devices to form a device set; Obtain abnormal operation data of each analytical device; Set the initial operation data and unit operation data; Taking the initial operation data as the initial operation element, each incremental unit operation data forms an analysis operation data, and the analysis operation data after the increment is abnormal operation data is terminated; For each analysis device, a starting operation element and all analysis operation data are obtained to form an operation set; Match each operation set with each element in the device set one by one to form a device operation set; Execute steps A1-A9; Obtain all simulation termination data to form a simulation data set; Integrate the transmission data set, the equipment operation set and the simulation data set to form a transmission data simulation model.

5. A broadband carrier communication chip detection method according to claim 4, characterized in that: The steps A1-A9 are specifically: A1. Obtain the transmission data set; A2, extracting each element in the transmission data set in turn, identifying it as simulation starting data, and executing steps A3-A9; A3. Identify each element in the quantity set as the target quantity in turn, and execute A4-A9; A4. Any analysis device corresponding to the target number in the extraction device operation set is identified as a simulation device; A5. Execute B1-B2 for each simulated device. B1. Extract the operation set corresponding to the simulated device in the device operation set; B2. Randomly extract an element from the operation set and identify it as simulation operation data; A6. Acquire the termination transmission data when each simulation device is the corresponding simulation operation data, and define it as the simulation termination data; A7, repeat A5-A7 until all elements in the operation set corresponding to each simulation device are used as simulation operation data; A8. Repeat A3-A8 until every element in the quantity set is used as the target quantity. A9. Repeat A1-A9 until every element in the transmission data set is used as the simulation start data.

6. A broadband carrier communication chip detection method according to claim 2, characterized in that: The first compensation adjustment strategy is specifically: Acquire the transmission data simulation model; Get the target start transmission data; Determine the target start transmission data as determination end data; Extracting all elements of simulation termination data as determination termination data in the transmission data simulation model to form a compensation analysis set; Obtain the number of analyses and target run data for each analytical device; Extract the starting transmission data corresponding to the target number of the compensation analysis set as the analysis number, the simulation operation data of each simulation device as the target operation data of each analysis device, and define it as adjustment data; Calculate the first compensation data, the first compensation data = adjustment data - target start transmission data; Get the current time; Calculate the first adjustment time, where the first adjustment time = current time.

7. A broadband carrier communication chip detection method according to claim 2, characterized in that: The second compensation adjustment strategy is specifically: Execute the device habit analysis strategy for each analyzed device separately; Get the estimated usage time of each analyzed device; Set the judgment time; Get the target start transmission data; Get the current time; If the estimated usage time is less than or equal to the determined time, the second compensation data is calculated, and the second compensation data = the target start transmission data; Get the usage time of each analyzed device; Extract the estimated usage time with the largest value and set it as the maximum estimated usage time; Extract the used duration corresponding to the maximum estimated duration and set it as the first duration; Extract the used time with the largest value and set it as the maximum used time; Extract the estimated usage time corresponding to the maximum usage time and set it as the second time; If the maximum estimated duration - the first duration ≥ the second duration - the maximum usage duration, then calculate the second adjustment time, the second adjustment time = current time + (maximum estimated duration - first duration); If the maximum estimated duration - the first duration < the second duration - the maximum usage duration, then calculate the second adjustment time, the second adjustment time = current time + (the second duration - the maximum usage duration); If the estimated usage time is greater than the determined time, a transmission data simulation model is obtained; Get the target start transmission data; Determine the target start transmission data as determination end data; Extracting all elements of simulation termination data as determination termination data in the transmission data simulation model to form a compensation analysis set; Obtain the number of analyses and target run data for each analytical device; Extract the starting transmission data corresponding to the target number of the compensation analysis set as the analysis number, the simulation operation data of each simulation device as the target operation data of each analysis device, and define them as the target adjustment data; Calculate the second compensation data, the second compensation data = target adjustment data - target start transmission data; Calculate the second adjusted time, where the second adjusted time = current time.

8. A broadband carrier communication chip detection method according to claim 7, characterized in that: The device habit analysis strategy is specifically: Get the current time; Set the collection duration; Calculate the collection time, collection time = current time - collection duration; The collection time is taken as the start time and the current time is taken as the end time to form a collection cycle; Obtain the start time of all devices in the collection cycle of the analysis device; Obtain the stop time of all devices of the analysis device within the collection cycle; Calculate and analyze the running time of the equipment each time during the collection cycle, running time = equipment stop time - equipment start time; Obtain the number of device-on times of the analysis device within the collection period, which is defined as the number of collection times; Calculate and analyze the estimated usage time of the equipment: estimated usage time = sum of all operating times / number of collection times.

9. A system for executing the broadband carrier communication chip detection method according to claim 1, characterized in that: include: Data acquisition module: used to obtain the target start transmission data and the target end transmission data; Data determination module: used to determine whether data transmission is normal; Data simulation module: used to simulate the equipment conditions on the transmission line and all the initial transmission data to form a transmission data simulation model; Data adjustment module: used to compensate and adjust the target start transmission data for abnormal data transmission, so that the target end transmission data = the target start transmission data.

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