Signal processing method and system based on interference information

Abstract

The invention discloses a signal processing method and system based on interference information, and relates to the technical field of signal processing, the system comprises a signal receiving end, an early warning judgment end and an early warning correction end, the signal receiving end is used for automatically sequencing received signals and tracking and identifying the sequenced corresponding signals in real time, and the early warning correction end is used for performing early warning on the received signals. The early warning judgment end is used for detecting the signal interference intensity in signal processing in real time, the early warning correction end is used for judging whether the optimal plan adjustment scheme is abnormal or not, and if yes, the signal interference value after the anti-interference plan is executed and the signal interference value before the anti-interference plan is executed are calculated in real time; and secondarily adjusting the anti-interference plan method according to the difference value until the difference value is zero. According to the signal processing method and system based on the interference information, whether the processed signals are complete, inconsistent or incomplete can be tracked and recognized in real time, an optimal optimization scheme is determined in time, an anti-interference plan is adjusted in real time, and the real-time performance and effectiveness of signal processing are improved.

Description

Technical Field

[0001] The present invention relates to the technical field of signal processing, and in particular to a signal processing method and system based on interference information. Background Art

[0002] Signal processing is a general term for the processing of various types of electrical signals according to various intended purposes and requirements. The processing of analog signals is called analog signal processing, and the processing of digital signals is called digital signal processing. The so-called signal processing is to process the signals recorded on a certain medium in order to extract useful information. It is the process of extracting, transforming, analyzing, and synthesizing signals.

[0003] At present, due to the large scale of data that needs to be processed during signal processing, the signal processing of data is relatively complicated, and it is impossible to track and identify in real time whether the processed signal is complete, inconsistent or incomplete. At the same time, it is impossible to judge in real time whether the transmission rate of signal processing is abnormal during signal processing, and when the transmission rate is abnormal, it is impossible to adjust the plan in real time, which makes the signal processing easily affected by the external environment or noise, resulting in a high interference intensity during signal processing. When the signal is interfered with, it is impossible to quickly determine the anti-interference plan and track the anti-interference plan in real time. It is impossible to judge whether the anti-interference plan can accurately resist interference, which affects the real-time and effectiveness of signal processing.

[0004] Therefore, a signal processing method and system based on interference information are proposed to solve the above problems. Summary of the invention

[0005] The main purpose of the present invention is to provide a signal processing method and system based on interference information to solve the problems raised in the above background.

[0006] To achieve the above-mentioned purpose, the technical solution adopted by the present invention is: a signal processing method and system based on interference information, including a signal receiving end, a warning judgment end and a warning correction end;

[0007] The signal receiving end is used to automatically sort the received signals, track and identify the sorted corresponding signals in real time, monitor the signal strength in real time from multiple aspects, track the signal processing rate during the signal processing process, determine whether the signal processing is abnormal, and if abnormal, estimate the signal processing abnormality, adjust the processing channel, and issue a voice alarm feedback to the manual processing in time;

[0008] The early warning judgment end is used to detect the signal interference intensity in signal processing in real time, match the anti-interference plan according to the signal interference intensity, execute the best anti-interference plan, and track the best anti-interference plan in real time, detect whether the execution result of the best anti-interference plan is abnormal with the predicted result, if the execution result is consistent with the predicted result, the best anti-interference plan is judged to be normal, if the execution result is different from the predicted result, the best anti-interference plan is judged to be abnormal;

[0009] The early warning correction end is used to track and monitor the signal processing at the corresponding moment in real time and detect the signal rate in real time when it is judged that the best plan adjustment scheme is normal. When it is judged that the best plan adjustment scheme is abnormal, the signal interference value after the anti-interference plan is executed is calculated in real time, and the signal interference value before the execution is calculated. The two groups are subtracted to calculate the difference, and the anti-interference plan method is adjusted secondary according to the difference until the difference is zero, so as to ensure accurate anti-interference during signal processing.

[0010] The signal receiving end includes a signal acquisition module, a signal monitoring module and a signal tracking module;

[0011] The signal acquisition module includes a signal receiving unit, a signal identification unit and a signal sorting unit;

[0012] The signal receiving unit is used to receive the transmission signal at the corresponding moment in real time through a signal receiver;

[0013] The signal identification unit is used to identify the transmission signal received at the corresponding time through data comparison technology;

[0014] The signal sorting unit is used to sort the identified transmission signals in sequence using Arabic numerals, and sort the transmission channels of the transmission signals in a corresponding sequence.

[0015] The signal monitoring module includes a signal monitoring unit and a channel adjustment unit;

[0016] The signal monitoring unit is used to monitor and capture the transmission value of the transmission signal in real time through a signal detector and a camera, and calculate the difference between the transmission value and the standard value. If the difference = 0, it is judged that the transmission signal at the corresponding moment is normal; if the difference ≠ 0, it is judged that the transmission signal at the corresponding moment is abnormal;

[0017] The power-on adjustment unit is used to locate the channel of the corresponding sequence number in real time through positioning navigation after determining that the transmission signal at the corresponding moment is abnormal, and adjust the channel in real time.

[0018] The signal tracking module includes a signal tracking unit, an abnormality warning unit and an abnormality estimation unit;

[0019] The signal tracking unit is used to track the entire signal processing process in real time through a data tracker. During tracking, the difference between the signal value tracked at the corresponding moment and the standard value at the corresponding moment is calculated. If the difference = 0, it is judged that the transmission signal tracking at the corresponding moment is normal; if the difference ≠ 0, it is judged that the transmission signal tracking at the corresponding moment is abnormal;

[0020] The abnormal warning unit is used to issue a voice reminder through a voice alarm, feedback to manual processing, and mark the transmission channel of the abnormal sequence number through an abnormal marking signal;

[0021] The abnormality estimation unit is used to estimate signal abnormalities, including but not limited to signal interference, signal repetition, signal inconsistency or signal incompleteness.

[0022] The early warning judgment end includes an early warning detection module, an interference plan module and a plan tracking module;

[0023] The early warning detection module includes an interference detection unit, which is used to detect the signal transmission interference intensity at a corresponding moment in real time through a spectrum analyzer;

[0024] The interference plan module includes an interference sorting unit, a sorting adjustment unit and a result prediction unit;

[0025] The interference sorting unit is used to sort the signal transmission interference strength detected at corresponding moments;

[0026] The sorting adjustment unit is used to close the corresponding channel that exceeds the interference intensity standard value, replace the channel, and sort the newly opened data channel by corresponding sequence number;

[0027] The result prediction unit is used to predict the transmission signal after the channel is changed, and the prediction includes but is not limited to signal interference, signal duplication, signal inconsistency or signal incompleteness.

[0028] The plan tracking module includes a plan optimization unit and a plan execution unit;

[0029] The plan optimization unit is used to select the optimal transmission signal plan method according to the transmission signal interference value detected at the corresponding moment, and the transmission signal plan method includes but is not limited to integrating channels, closing channels, opening channels, reducing resolution bandwidth, spectrum analyzer of directional antenna, and analyzing other wireless signals in the environment;

[0030] The plan execution unit is used to determine the optimal transmission signal plan method according to the transmission signal interference value detected at the corresponding moment.

[0031] The early warning correction terminal includes a tracking monitoring module, an interference detection module, a difference calculation module and a correction plan module;

[0032] The tracking and monitoring module includes a tracking data unit and a detection rate unit, and the tracking data unit is used to;

[0033] The detection rate unit is used to calculate the data transmission rate at the corresponding moment, and the calculation formula is S=1 / T, where T is the signal transmission speed at the corresponding moment.

[0034] The interference detection module includes an interference calculation unit and a plan calculation unit. The interference calculation unit is used to calculate the signal transmission interference strength at the corresponding moment. The signal transmission interference strength formula at the corresponding moment is as follows:

[0035] S = 10·log 10 (p s / p n )

[0036] Among them, p s represents the power of the useful signal at the corresponding moment, and pn represents the power of the noise signal at the corresponding moment;

[0037] The plan calculation unit is used to evaluate the level of warning of the calculated signal transmission interference intensity value at the corresponding moment, for example: a value ≥ 0.1 is judged as an excess warning, and a value < 0.1 is judged as a safety warning.

[0038] The difference calculation module is used to calculate the difference between the interference intensity value after correction at the corresponding moment and the interference intensity value before correction at the corresponding moment, and calculate the difference between the signal transmission rate after correction at the corresponding moment and the signal transmission rate before correction at the corresponding moment, and the difference calculation module includes a standard data unit, and the standard data unit is used to set a standard interference intensity value and a standard signal transmission rate;

[0039] The correction plan module includes a correction self-tracking unit and a correction early warning unit, wherein the correction self-tracking unit is used to track the corrected signal transmission interference intensity value and signal transmission rate in real time through a data tracker;

[0040] The correction and warning unit is used to calculate the difference between the interference intensity value or signal transmission rate after correction and the interference intensity value or signal transmission rate before correction. When the calculated interference intensity difference or signal transmission rate = 0, it is judged that the correction is normal. When the calculated interference intensity difference or signal transmission rate ≠ 0, the reporting system sends a voice alarm, adjusts the channel for a second time or changes the plan until the difference is reached.

[0041] A signal processing method based on interference information comprises the following steps:

[0042] Step 1: Configure the signal processing remote control area server IP address information;

[0043] Step 2: Enter the signal receiving end, identify the corresponding signal after tracking and sorting, monitor the signal strength in real time from multiple aspects, and determine whether the signal processing is abnormal. If abnormal, estimate the signal processing abnormality, adjust the processing channel, and issue a voice alarm feedback for manual processing in time. If normal, continue;

[0044] Step 3: Enter the early warning judgment terminal, detect the signal interference intensity in signal processing in real time, match the anti-interference plan according to the signal interference intensity, and track the anti-interference plan in real time to detect whether the execution result of the anti-interference plan is abnormal;

[0045] Step 4: Enter the early warning correction terminal to determine whether the plan adjustment scheme is abnormal. If normal, track and monitor the signal processing at the corresponding moment in real time. If abnormal, calculate the signal interference value after the anti-interference plan is executed in real time. The two groups are subtracted for difference calculation, and the anti-interference plan method is adjusted secondary according to the difference until the difference is zero.

[0046] The present invention has the following beneficial effects:

[0047] 1. In the present invention, by setting a signal receiving end, the signals received at the corresponding time are automatically sorted during signal processing, and the corresponding sorted signals are tracked and identified in real time, the signal strength is monitored in real time in many aspects, and the signal processing rate in the signal processing process is tracked to determine whether the signal processing is abnormal. In this way, during the signal processing process, it is possible to track and identify in real time whether the processed signal is complete, inconsistent or incomplete. At the same time, during signal processing, it is possible to determine in real time whether the transmission rate of signal processing is abnormal.

[0048] 2. In the present invention, by setting an early warning judgment terminal, when performing signal processing, the signal interference intensity in the signal processing is detected in real time, and then the anti-interference plan is matched according to the signal interference intensity, the best anti-interference plan is executed, and the best anti-interference plan is tracked in real time, and it is detected whether the execution result of the best anti-interference plan is abnormal with the predicted result. If the execution result is consistent with the predicted result, the best anti-interference plan is judged to be normal. If the execution result is different from the predicted result, the best anti-interference plan is judged to be abnormal. When the signal is processed, the anti-interference plan can be adjusted in real time when the transmission rate is abnormal, thereby reducing the possibility of the signal processing being affected by the external environment or noise, reducing the interference intensity during signal processing, and when the signal is interfered, the anti-interference plan can be quickly determined.

[0049] 3. In the present invention, by setting an early warning correction terminal, when performing signal processing, it is possible to track and monitor the signal processing at the corresponding moment in real time, and detect the signal rate in real time. At the same time, when it is judged that the best plan adjustment scheme is abnormal, the signal interference value after the execution of the anti-interference plan is calculated in real time, and the anti-interference plan method is adjusted secondary according to the calculated difference until the difference is zero. The anti-interference plan is tracked in real time, and it can be judged in time whether the anti-interference plan can accurately resist interference, thereby increasing the real-time and effectiveness of signal processing. BRIEF DESCRIPTION OF THE DRAWINGS

[0050] Figure 1 A schematic diagram of the overall system architecture of a signal processing system based on interference information according to the present invention;

[0051] Figure 2 A schematic diagram of the architecture of a signal receiving end of a signal processing system based on interference information according to the present invention;

[0052] Figure 3 It is a schematic diagram of the architecture of an early warning judgment end of a signal processing system based on interference information of the present invention;

[0053] Figure 4 It is a schematic diagram of the architecture of an early warning correction terminal of a signal processing system based on interference information of the present invention;

[0054] Figure 5 The figure is a schematic diagram of the overall method flow of a signal processing method based on interference information of the present invention. DETAILED DESCRIPTION

[0055] In order to make the technical means, creative features, objectives and effects achieved by the present invention easy to understand, the present invention is further explained below in conjunction with specific implementation methods.

[0056] Embodiment 1

[0057] Please refer to Figure 1-2 As shown: A signal processing system based on interference information, including a signal receiving end, an early warning judgment end and an early warning correction end;

[0058] The signal receiving end is used to automatically sort the received signals, track and identify the corresponding signals after sorting in real time, monitor the signal strength in real time from multiple aspects, track the signal processing rate during the signal processing process, and determine whether the signal processing is abnormal. If abnormal, it predicts the signal processing abnormality, adjusts the processing channel, and issues a voice alarm feedback for manual processing in a timely manner;

[0059] The early warning judgment end is used to detect the signal interference intensity in signal processing in real time, match the anti-interference plan according to the signal interference intensity, execute the best anti-interference plan, and track the best anti-interference plan in real time to detect whether the execution result of the best anti-interference plan is abnormal with the predicted result. If the execution result is consistent with the predicted result, the best anti-interference plan is judged to be normal; if the execution result is different from the predicted result, the best anti-interference plan is judged to be abnormal.

[0060] The early warning correction end is used to track and monitor the signal processing at the corresponding moment in real time and detect the signal rate in real time when the best plan adjustment scheme is judged to be normal. When the best plan adjustment scheme is judged to be abnormal, the signal interference value after the anti-interference plan is executed is calculated in real time, and the signal interference value before execution is calculated. The two groups are subtracted for difference calculation, and the anti-interference plan method is adjusted secondary according to the difference until the difference is zero, so as to ensure accurate anti-interference during signal processing.

[0061] The signal receiving end includes a signal acquisition module, a signal monitoring module and a signal tracking module;

[0062] The signal acquisition module includes a signal receiving unit, a signal identification unit and a signal sorting unit;

[0063] The signal receiving unit is used to receive the transmission signal at the corresponding moment in real time through the signal receiver;

[0064] The signal identification unit is used to identify the transmission signal received at the corresponding time through data comparison technology;

[0065] The signal sorting unit is used to sort the identified transmission signals in sequence using Arabic numerals, and to sort the transmission channels of the transmission signals in a corresponding sequence.

[0066] The signal monitoring module includes a signal monitoring unit and a channel adjustment unit;

[0067] The signal monitoring unit is used to monitor and capture the transmission value of the transmission signal in real time through a signal detector and a camera, and calculate the difference between the transmission value and the standard value. If the difference = 0, it is judged that the transmission signal at the corresponding moment is normal; if the difference ≠ 0, it is judged that the transmission signal at the corresponding moment is abnormal;

[0068] The power-on adjustment unit is used to locate the channel of the corresponding serial number in real time through positioning navigation after determining that the transmission signal at the corresponding moment is abnormal, and to adjust the channel in real time.

[0069] The signal tracking module includes a signal tracking unit, an abnormality warning unit and an abnormality estimation unit;

[0070] The signal tracking unit is used to track the entire signal processing process in real time through a data tracker. During tracking, the difference between the signal value tracked at the corresponding moment and the standard value at the corresponding moment is calculated. If the difference = 0, it is judged that the transmission signal tracking at the corresponding moment is normal; if the difference ≠ 0, it is judged that the transmission signal tracking at the corresponding moment is abnormal;

[0071] The abnormal warning unit is used to issue a voice reminder through a voice alarm, feedback to manual processing, and mark the transmission channel of the abnormal sequence number through an abnormal marking signal;

[0072] The abnormality estimation unit is used to estimate signal abnormalities, including but not limited to signal interference, signal repetition, signal inconsistency or signal incompleteness.

[0073] The signals received at the corresponding moments are automatically sorted, and the sorted corresponding signals are tracked and identified in real time. The signal strength is monitored in real time from multiple aspects, and the signal processing rate during the signal processing process is tracked to determine whether the signal processing is abnormal. This allows the system to track and identify in real time whether the processed signals are complete, inconsistent, or incomplete during the signal processing process. At the same time, it is able to determine in real time whether the transmission rate of the signal processing is abnormal during signal processing.

[0074] Embodiment 2

[0075] Please refer to Figure 3 As shown: Based on the first embodiment, the early warning judgment end includes an early warning detection module, an interference plan module and a plan tracking module;

[0076] The early warning detection module includes an interference detection unit, which is used to detect the signal transmission interference intensity at a corresponding moment in real time through a spectrum analyzer;

[0077] The interference plan module includes an interference sorting unit, a sorting adjustment unit and a result prediction unit;

[0078] The interference sorting unit is used to sort the signal transmission interference strength detected at corresponding moments;

[0079] The sorting adjustment unit is used to close the corresponding channel that exceeds the interference intensity standard value, replace the channel, and sort the newly opened data channel by corresponding serial number;

[0080] The result prediction unit is used to predict the transmission signal after the channel is changed, and the prediction includes but is not limited to signal interference, signal duplication, signal inconsistency or signal incompleteness.

[0081] The plan tracking module includes the plan optimization unit and the plan execution unit;

[0082] The plan optimization unit is used to select the optimal transmission signal plan method according to the transmission signal interference value detected at the corresponding moment, and the transmission signal plan method includes but is not limited to integrating channels, closing channels, opening channels, reducing resolution bandwidth, spectrum analyzer of directional antenna, and analyzing other wireless signals in the environment;

[0083] The plan execution unit is used to determine the optimal transmission signal plan method through the transmission signal interference value detected at the corresponding moment.

[0084] By real-time detection of signal interference intensity in signal processing, matching anti-interference plans according to the signal interference intensity, executing the best anti-interference plan, and tracking the best anti-interference plan in real time, it is detected whether the execution result of the best anti-interference plan is abnormal with the predicted result. If the execution result is consistent with the predicted result, the best anti-interference plan is judged to be normal. If the execution result is different from the predicted result, the best anti-interference plan is judged to be abnormal. This allows the anti-interference plan to be adjusted in real time when the transmission rate is abnormal during signal processing, reducing the possibility of signal processing being affected by external environment or noise, reducing the interference intensity during signal processing, and quickly determining the anti-interference plan when the signal is interfered with.

[0085] Embodiment 3

[0086] Please refer to Figure 4 As shown: Based on the first embodiment, the early warning correction end includes a tracking monitoring module, an interference detection module, a difference calculation module and a correction plan module;

[0087] The tracking and monitoring module includes a tracking data unit and a detection rate unit, and the tracking data unit is used to;

[0088] The detection rate unit is used to calculate the data transmission rate at the corresponding moment, and the calculation formula is S=1 / T, where T is the signal transmission speed at the corresponding moment.

[0089] The interference detection module includes an interference calculation unit and a plan calculation unit. The interference calculation unit is used to calculate the signal transmission interference strength at the corresponding time. The signal transmission interference strength formula at the corresponding time is as follows:

[0090] S = 10·log 10 (p s / p n )

[0091] Among them, p s represents the power of the useful signal at the corresponding moment, and pn represents the power of the noise signal at the corresponding moment;

[0092] The plan calculation unit is used to evaluate the level of warning of the calculated signal transmission interference intensity value at the corresponding moment, for example: a value ≥ 0.1 is judged as an excess warning, and a value < 0.1 is judged as a safety warning.

[0093] The difference calculation module is used to calculate the difference between the interference intensity value after correction at the corresponding moment and the interference intensity value before correction at the corresponding moment, and calculate the difference between the signal transmission rate after correction at the corresponding moment and the signal transmission rate before correction at the corresponding moment. The difference calculation module includes a standard data unit, and the standard data unit is used to set a standard interference intensity value and a standard signal transmission rate;

[0094] The correction plan module includes a correction self-tracking unit and a correction early warning unit. The correction self-tracking unit is used to track the corrected signal transmission interference intensity value and signal transmission rate in real time through a data tracker;

[0095] The correction warning unit is used to calculate the difference between the interference intensity value or signal transmission rate after correction and the interference intensity value or signal transmission rate before correction. When the calculated interference intensity difference or signal transmission rate = 0, the correction is judged to be normal. When the calculated interference intensity difference or signal transmission rate ≠ 0, the reporting system will issue a voice alarm, adjust the channel for a second time or change the plan until the difference is reached.

[0096] When performing signal processing, it can track and monitor the signal processing at the corresponding moment in real time, and detect the signal rate in real time. At the same time, when it is judged that the best plan adjustment plan is abnormal, the signal interference value after the execution of the anti-interference plan is calculated in real time, and the anti-interference plan method is adjusted secondary according to the calculated difference until the difference is zero. The anti-interference plan is tracked in real time, and it can promptly determine whether the anti-interference plan can accurately resist interference, thereby increasing the real-time and effectiveness of signal processing.

[0097] Please refer to Figure 5 As shown: A signal processing method based on interference information includes the following steps:

[0098] Step 1: Configure the signal processing remote control area server IP address information;

[0099] Step 2: Enter the signal receiving end, identify the corresponding signal after tracking and sorting, monitor the signal strength in real time from multiple aspects, and determine whether the signal processing is abnormal. If abnormal, estimate the signal processing abnormality, adjust the processing channel, and issue a voice alarm feedback for manual processing in time. If normal, continue;

[0100] Step 3: Enter the early warning judgment terminal, detect the signal interference intensity in signal processing in real time, match the anti-interference plan according to the signal interference intensity, and track the anti-interference plan in real time to detect whether the execution result of the anti-interference plan is abnormal;

[0101] Step 4: Enter the early warning correction terminal to determine whether the plan adjustment scheme is abnormal. If normal, track and monitor the signal processing at the corresponding moment in real time. If abnormal, calculate the signal interference value after the anti-interference plan is executed in real time. The two groups are subtracted for difference calculation, and the anti-interference plan method is adjusted secondary according to the difference until the difference is zero.

[0102] The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention. It should be understood by those skilled in the art that the present invention is not limited to the above embodiments. The above embodiments and descriptions are only for explaining the principles of the present invention. Without departing from the spirit and scope of the present invention, the present invention may have various changes and improvements, which fall within the scope of the present invention to be protected. The scope of protection of the present invention is defined by the attached claims and their equivalents.

Claims

1. A signal processing system based on interference information, characterized in that: The system includes a signal receiving end, an early warning judgment end and an early warning correction end; The signal receiving end is used to automatically sort the received signals, track and identify the sorted corresponding signals in real time, monitor the signal strength in real time from multiple aspects, track the signal processing rate during the signal processing process, determine whether the signal processing is abnormal, and if abnormal, estimate the signal processing abnormality, adjust the processing channel, and issue a voice alarm feedback to the manual processing in time; The early warning judgment end is used to detect the signal interference intensity in signal processing in real time, match the anti-interference plan according to the signal interference intensity, execute the best anti-interference plan, and track the best anti-interference plan in real time, detect whether the execution result of the best anti-interference plan is abnormal with the predicted result, if the execution result is consistent with the predicted result, the best anti-interference plan is judged to be normal, if the execution result is different from the predicted result, the best anti-interference plan is judged to be abnormal; The early warning correction end is used to track and monitor the signal processing at the corresponding moment in real time and detect the signal rate in real time when it is judged that the best plan adjustment scheme is normal. When it is judged that the best plan adjustment scheme is abnormal, the signal interference value after the anti-interference plan is executed is calculated in real time, and the signal interference value before the execution is calculated. The two groups are subtracted to calculate the difference, and the anti-interference plan method is adjusted secondary according to the difference until the difference is zero, so as to ensure accurate anti-interference during signal processing.

2. The system according to claim 1, characterized in that: The signal receiving end includes a signal acquisition module, a signal monitoring module and a signal tracking module; The signal acquisition module includes a signal receiving unit, a signal identification unit and a signal sorting unit; The signal receiving unit is used to receive the transmission signal at the corresponding moment in real time through a signal receiver; The signal identification unit is used to identify the transmission signal received at the corresponding time through data comparison technology; The signal sorting unit is used to sort the identified transmission signals in sequence using Arabic numerals, and sort the transmission channels of the transmission signals in a corresponding sequence.

3. The system according to claim 2, characterized in that: The signal monitoring module includes a signal monitoring unit and a channel adjustment unit; The signal monitoring unit is used to monitor and capture the transmission value of the transmission signal in real time through a signal detector and a camera, and calculate the difference between the transmission value and the standard value. If the difference = 0, it is judged that the transmission signal at the corresponding moment is normal; if the difference ≠ 0, it is judged that the transmission signal at the corresponding moment is abnormal; The power-on adjustment unit is used to locate the channel of the corresponding sequence number in real time through positioning navigation after determining that the transmission signal at the corresponding moment is abnormal, and adjust the channel in real time.

4. The system according to claim 3, characterized in that: The signal tracking module includes a signal tracking unit, an abnormality warning unit and an abnormality estimation unit; The signal tracking unit is used to track the entire signal processing process in real time through a data tracker. During tracking, the difference between the signal value tracked at the corresponding moment and the standard value at the corresponding moment is calculated. If the difference = 0, it is judged that the transmission signal tracking at the corresponding moment is normal; if the difference ≠ 0, it is judged that the transmission signal tracking at the corresponding moment is abnormal; The abnormal warning unit is used to issue a voice reminder through a voice alarm, feedback to manual processing, and mark the transmission channel of the abnormal sequence number through an abnormal marking signal; The abnormality estimation unit is used to estimate signal abnormalities, including but not limited to signal interference, signal repetition, signal inconsistency or signal incompleteness.

5. The system according to claim 1, characterized in that: The early warning judgment end includes an early warning detection module, an interference plan module and a plan tracking module; The early warning detection module includes an interference detection unit, which is used to detect the signal transmission interference intensity at a corresponding moment in real time through a spectrum analyzer; The interference plan module includes an interference sorting unit, a sorting adjustment unit and a result prediction unit; The interference sorting unit is used to sort the signal transmission interference strength detected at corresponding moments; The sorting adjustment unit is used to close the corresponding channel that exceeds the interference intensity standard value, replace the channel, and sort the newly opened data channel by corresponding sequence number; The result prediction unit is used to predict the transmission signal after the channel is changed, and the prediction includes but is not limited to signal interference, signal duplication, signal inconsistency or signal incompleteness.

6. The system according to claim 5, characterized in that: The plan tracking module includes a plan optimization unit and a plan execution unit; The plan optimization unit is used to select the optimal transmission signal plan method according to the transmission signal interference value detected at the corresponding moment, and the transmission signal plan method includes but is not limited to integrating channels, closing channels, opening channels, reducing resolution bandwidth, spectrum analyzer of directional antenna, and analyzing other wireless signals in the environment; The plan execution unit is used to determine the optimal transmission signal plan method according to the transmission signal interference value detected at the corresponding moment.

7. The system according to claim 1, characterized in that: The early warning correction terminal includes a tracking monitoring module, an interference detection module, a difference calculation module and a correction plan module; The tracking and monitoring module includes a tracking data unit and a detection rate unit, and the tracking data unit is used to; The detection rate unit is used to calculate the data transmission rate at the corresponding moment, and the calculation formula is S=1 / T, where T is the signal transmission speed at the corresponding moment.

8. The system according to claim 7, characterized in that: The interference detection module includes an interference calculation unit and a plan calculation unit. The interference calculation unit is used to calculate the signal transmission interference strength at the corresponding moment. The signal transmission interference strength formula at the corresponding moment is as follows: S=10·log 10 (p s / p n ) Among them, p s represents the power of the useful signal at the corresponding moment, and pn represents the power of the noise signal at the corresponding moment; The plan calculation unit is used to evaluate the level of warning of the calculated signal transmission interference intensity value at the corresponding moment, for example: a value ≥ 0.1 is judged as an excess warning, and a value < 0.1 is judged as a safety warning.

9. The system according to claim 8, characterized in that: The difference calculation module is used to calculate the difference between the interference intensity value after correction at the corresponding moment and the interference intensity value before correction at the corresponding moment, and calculate the difference between the signal transmission rate after correction at the corresponding moment and the signal transmission rate before correction at the corresponding moment, and the difference calculation module includes a standard data unit, and the standard data unit is used to set a standard interference intensity value and a standard signal transmission rate; The correction plan module includes a correction self-tracking unit and a correction early warning unit, wherein the correction self-tracking unit is used to track the corrected signal transmission interference intensity value and signal transmission rate in real time through a data tracker; The correction and warning unit is used to calculate the difference between the interference intensity value or signal transmission rate after correction and the interference intensity value or signal transmission rate before correction. When the calculated interference intensity difference or signal transmission rate = 0, it is judged that the correction is normal. When the calculated interference intensity difference or signal transmission rate ≠ 0, the reporting system sends a voice alarm, adjusts the channel for a second time or changes the plan until the difference is reached.

10. A signal processing method based on interference information, according to a signal processing system based on interference information according to any one of claims 1 to 9, characterized in that: The following steps are involved: Step 1: Configure the signal processing remote control area server IP address information; Step 2: Enter the signal receiving end, identify the corresponding signal after tracking and sorting, monitor the signal strength in real time from multiple aspects, and determine whether the signal processing is abnormal. If abnormal, estimate the signal processing abnormality, adjust the processing channel, and issue a voice alarm feedback for manual processing in time. If normal, continue; Step 3: Enter the early warning judgment terminal, detect the signal interference intensity in signal processing in real time, match the anti-interference plan according to the signal interference intensity, and track the anti-interference plan in real time to detect whether the execution result of the anti-interference plan is abnormal; Step 4: Enter the early warning correction terminal to determine whether the plan adjustment scheme is abnormal. If normal, track and monitor the signal processing at the corresponding moment in real time. If abnormal, calculate the signal interference value after the anti-interference plan is executed in real time. The two groups are subtracted for difference calculation, and the anti-interference plan method is adjusted secondary according to the difference until the difference is zero.

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