Positioning and anti-error system suitable for complex electromagnetic environment

Abstract

The invention discloses a positioning and anti-error system suitable for a complex electromagnetic environment, which belongs to the technical field of complex electromagnetic environments and comprises an information acquisition module, an information processing module, a data storage module, a positioning analysis module and a positioning management and control module. According to the method, the problems that in the existing complex electromagnetic environment, the target positioning accuracy is low, the target is prone to entering by mistake, and the target positioning effect is poor are solved, the multi-scene target information based on the complex electromagnetic environment is collected and processed, the multi-scene target characterization data is determined, and the target positioning accuracy is improved. According to the method, multi-scene target characterization data is subjected to positioning and anti-error analysis, a positioning and anti-error analysis result and a positioning and anti-error management and control method are determined, intelligent management and control based on the positioning and anti-error management and control method are suitable for positioning and anti-error in a complex electromagnetic environment, the target positioning accuracy is high, the target can be prevented from entering by mistake, and the target positioning effect is good.

Description

Technical Field

[0001] The present invention relates to the technical field of complex electromagnetic environments, and in particular to a positioning and error prevention system suitable for use in complex electromagnetic environments. Background Art

[0002] Complex electromagnetic environment mainly refers to: the sum of artificial electromagnetic emission and various electromagnetic phenomena in a certain combat time and space. The main factors that constitute the complex electromagnetic environment are the electronic confrontation between the enemy and us, the high-density, high-intensity, multi-spectrum electromagnetic waves released by various weapons and equipment, the radiation of civilian electromagnetic equipment and the electromagnetic waves generated by nature. Information warfare is mostly launched from the electromagnetic field. The implementation of wide-band, multi-style, and multi-level electronic interference is the basic means to seize electromagnetic dominance. Therefore, in a complex electromagnetic environment, accurate target positioning is crucial.

[0003] The existing target positioning accuracy is low in complex electromagnetic environments, which makes it easy for the target to be misplaced, resulting in poor target positioning effect. Summary of the invention

[0004] The purpose of the present invention is to provide a positioning and anti-misalignment system suitable for complex electromagnetic environments, which has high target positioning accuracy and can prevent targets from being misplaced, thereby achieving good target positioning effects and solving the problems raised in the above-mentioned background technology.

[0005] To achieve the above object, the present invention provides the following technical solutions: Applicable to positioning and error prevention systems in complex electromagnetic environments, including: The information acquisition module is used to collect target position, target image, target action and target posture information in a complex electromagnetic environment, and determine multi-scenario target information based on a complex electromagnetic environment; An information processing module is used to process the collected multi-scenario target information based on a complex electromagnetic environment and determine the multi-scenario target representation data based on the complex electromagnetic environment; The data storage module is used to store the collected multi-scenario target information based on complex electromagnetic environments and the multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments, providing a reference and guidance basis for positioning and error prevention in complex electromagnetic environments; The positioning analysis module is used to perform positioning and error prevention analysis on multi-scenario target representation data based on complex electromagnetic environments, and determine the positioning and error prevention analysis results based on complex electromagnetic environments; The positioning control module is used to conduct in-depth mining and analysis on the positioning and error prevention analysis results based on complex electromagnetic environments, and determine the positioning and error prevention control methods based on complex electromagnetic environments.

[0006] Preferably, the information collection module includes: Gyroscope, used to collect target attitude information in complex electromagnetic environments; GPS positioning unit, used to collect target location information in complex electromagnetic environments; High-definition binocular camera, used to collect target image information in complex electromagnetic environments; Three-axis acceleration sensor, used to collect target motion information in complex electromagnetic environments; Based on the collected target position, target image, target action and target posture information in a complex electromagnetic environment, multi-scenario target information based on a complex electromagnetic environment is determined.

[0007] Preferably, the information processing module includes: An information retrieval unit, used to retrieve multi-scenario target information based on a complex electromagnetic environment; Obtain multi-scenario target information based on complex electromagnetic environments; Based on the sequential retrieval method, multi-scenario target information based on complex electromagnetic environment is retrieved; Filter out multi-scenario target information that is of no value for positioning and error prevention in complex electromagnetic environments; Determine multi-scenario target information that is valuable for positioning and error prevention in complex electromagnetic environments; An information grouping unit, used for grouping the retrieved multi-scene target information; Obtain the multi-scenario target information that is valuable for positioning and error prevention in complex electromagnetic environments; Based on the mutual exclusivity principle, the multi-scenario target information is grouped to determine multi-scenario target information groups with different attribute types, wherein each multi-scenario target information group contains multi-scenario target information with the same attribute type.

[0008] Preferably, the information processing module further includes: An information sorting unit, used to sort the grouped multi-scene target information; Acquire a multi-scenario target information group with different attribute types; Based on the internal sorting method, the multi-scene target information with the same attribute type stored in each multi-scene target information group is sorted to determine the multi-scene target information with an arrangement order; An information calculation unit, used to calculate the sorted multi-scene target information; Multi-scenario target information with an arrangement order is obtained, and the multi-scenario target information is calculated to determine multi-scenario target characterization data based on a complex electromagnetic environment.

[0009] Preferably, the data storage module includes: An information storage unit is used to store the collected multi-scenario target information based on a complex electromagnetic environment, and provide a support basis for subsequent viewing of the multi-scenario target information based on a complex electromagnetic environment; The standard storage unit is used to store multi-scenario target standard data for positioning and error prevention in complex electromagnetic environments, providing a reference guidance basis for positioning and error prevention in complex electromagnetic environments.

[0010] Preferably, the positioning analysis module includes: A data indexing unit, used to index pre-set multi-scenario target standard data; Acquire multi-scenario target characterization data based on complex electromagnetic environments; Based on the multi-scenario target characterization data, index the pre-set multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments; A data retrieval unit, used to retrieve the indexed multi-scenario target standard data; The indexed pre-set multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments is obtained, and the multi-scenario target standard data is retrieved.

[0011] Preferably, the positioning analysis module further includes: A data comparison unit, used to compare multi-scene target representation data; Obtain multi-scenario target representation data and multi-scenario target standard data; Based on the standard data of multi-scenario targets, the multi-scenario target representation data is compared to determine the positioning and error prevention comparison results based on complex electromagnetic environments; Positioning and analysis unit, used for positioning and error-prevention analysis of multi-scenario target representation data; The positioning and error prevention comparison results based on the complex electromagnetic environment are obtained, and the positioning and error prevention analysis is performed on the positioning and error prevention comparison results to determine the positioning and error prevention analysis results based on the complex electromagnetic environment.

[0012] Preferably, the positioning analysis module performs positioning and error prevention analysis on multi-scenario target characterization data based on a complex electromagnetic environment, and performs the following operations: Acquire multi-scenario target characterization data based on complex electromagnetic environments; Based on the multi-scenario target representation data, the pre-set multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments is indexed, and the multi-scenario target standard data is retrieved; Obtain multi-scenario target representation data and multi-scenario target standard data; Based on the standard data of multi-scenario targets, the multi-scenario target representation data is compared to determine the positioning and error prevention comparison results based on complex electromagnetic environments; Conduct positioning and error prevention analysis on the positioning and error prevention comparison results to determine the positioning and error prevention analysis results based on complex electromagnetic environments; For the case where the positioning and error prevention comparison results show that the multi-scenario target characterization data is within the multi-scenario target standard data range, the positioning and error prevention analysis results based on the complex electromagnetic environment are determined to be suitable for positioning in a complex electromagnetic environment and can prevent the target from being mistakenly entered; For the case where the positioning and error prevention comparison results show that the multi-scenario target characterization data is not within the multi-scenario target standard data range, the positioning and error prevention analysis results based on the complex electromagnetic environment are determined to be the target is not suitable for positioning in a complex electromagnetic environment and cannot prevent the target from misentering.

[0013] Preferably, the positioning control module includes: The control formulation unit is used to formulate positioning and error-prevention control methods based on complex electromagnetic environments; Obtain positioning and error prevention analysis results based on complex electromagnetic environments. Based on data mining technology, conduct in-depth mining and analysis of positioning and error prevention analysis results based on complex electromagnetic environments to determine positioning and error prevention control methods based on complex electromagnetic environments; Intelligent control unit, used for intelligent control and positioning and error prevention in complex electromagnetic environments; Obtain positioning and error prevention control methods based on complex electromagnetic environments. Intelligent control based on positioning and error prevention control methods is applicable to positioning and error prevention in complex electromagnetic environments.

[0014] Preferably, the intelligent control unit is suitable for positioning and error prevention in complex electromagnetic environments, and performs the following operations: Obtain positioning and error-prevention analysis results based on complex electromagnetic environments; Based on data mining technology, the positioning and error prevention analysis results based on complex electromagnetic environments are deeply mined and analyzed to determine the positioning and error prevention control methods based on complex electromagnetic environments; For the situation where the positioning and error prevention analysis result based on complex electromagnetic environment is that the target is suitable for positioning in complex electromagnetic environment and can prevent the target from being mistakenly entered, the positioning and error prevention control method based on complex electromagnetic environment is determined to be the intelligent control target operation, so that the target is suitable for positioning and error prevention in complex electromagnetic environment; If the positioning and error prevention analysis results based on a complex electromagnetic environment show that the target is not suitable for positioning in a complex electromagnetic environment and cannot prevent the target from being mis-entered, the positioning and error prevention control method based on a complex electromagnetic environment is determined to transmit a warning alarm to the mobile terminal and readjust the target operation according to the complex electromagnetic environment.

[0015] Compared with the prior art, the present invention has the following beneficial effects: The present invention determines multi-scenario target information based on the complex electromagnetic environment by collecting target position, target image, target action and target posture information in a complex electromagnetic environment, processes the collected multi-scenario target information based on the complex electromagnetic environment, determines multi-scenario target characterization data based on the complex electromagnetic environment, performs positioning and error prevention analysis on the multi-scenario target characterization data based on the complex electromagnetic environment, determines positioning and error prevention analysis results based on the complex electromagnetic environment, performs in-depth mining and analysis on the positioning and error prevention analysis results based on the complex electromagnetic environment, determines a positioning and error prevention control method based on the complex electromagnetic environment, and intelligent control based on the positioning and error prevention control method is suitable for positioning and error prevention in complex electromagnetic environments, has high target positioning accuracy, can prevent targets from being mistakenly entered, and has a good target positioning effect. BRIEF DESCRIPTION OF THE DRAWINGS

[0016] Figure 1 This is a module schematic diagram of the positioning and error prevention system applicable to complex electromagnetic environments of the present invention; Figure 2 The flowchart is an algorithm of the positioning and error prevention system applicable to complex electromagnetic environments of 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] In order to solve the existing problem of low target positioning accuracy in complex electromagnetic environments, which leads to the easy misentry of targets and poor target positioning effect, please refer to Figure 1-Figure 2 , this embodiment provides the following technical solutions: Applicable to positioning and error prevention systems in complex electromagnetic environments, including: The information collection module is used to collect target position, target image, target action and target posture information in a complex electromagnetic environment, and determine multi-scenario target information based on a complex electromagnetic environment; In this embodiment, as a preferred technical solution of the present invention, the information collection module includes: Gyroscope, used to collect target attitude information in complex electromagnetic environments; GPS positioning unit, used to collect target location information in complex electromagnetic environments; High-definition binocular camera, used to collect target image information in complex electromagnetic environments; Three-axis acceleration sensor, used to collect target motion information in complex electromagnetic environments; By adopting the above technical solution, based on the collected target position, target image, target action and target posture information in a complex electromagnetic environment, multi-scene target information based on a complex electromagnetic environment is determined, which is convenient for subsequent positioning in a complex electromagnetic environment.

[0019] An information processing module is used to process the collected multi-scenario target information based on a complex electromagnetic environment and determine the multi-scenario target representation data based on the complex electromagnetic environment; In this embodiment, as a preferred technical solution of the present invention, the information processing module includes: An information retrieval unit, used to retrieve multi-scenario target information based on a complex electromagnetic environment; Obtain multi-scenario target information based on complex electromagnetic environments; Based on the sequential retrieval method, multi-scenario target information based on complex electromagnetic environment is retrieved; Filter out multi-scenario target information that is of no value for positioning and error prevention in complex electromagnetic environments; Determine multi-scenario target information that is valuable for positioning and error prevention in complex electromagnetic environments; An information grouping unit, used for grouping the retrieved multi-scene target information; Obtain the multi-scenario target information that is valuable for positioning and error prevention in complex electromagnetic environments; Based on the mutual exclusivity principle, the multi-scene target information is grouped to determine multi-scene target information groups with different attribute types, wherein each multi-scene target information group stores multi-scene target information with the same attribute type; An information sorting unit, used to sort the grouped multi-scene target information; Acquire a multi-scenario target information group with different attribute types; Based on the internal sorting method, the multi-scene target information with the same attribute type stored in each multi-scene target information group is sorted to determine the multi-scene target information with an arrangement order; An information calculation unit, used to calculate the sorted multi-scene target information; Multi-scenario target information with an arrangement order is obtained, and the multi-scenario target information is calculated to determine multi-scenario target characterization data based on a complex electromagnetic environment.

[0020] By adopting the above technical scheme, the multi-scenario target information based on the complex electromagnetic environment is retrieved by the information retrieval unit to determine the multi-scenario target information that is valuable for positioning and error prevention in the complex electromagnetic environment; the retrieved multi-scenario target information is grouped by the information grouping unit to determine the multi-scenario target information groups with different attribute types, wherein each multi-scenario target information group stores the multi-scenario target information with the same attribute type; the grouped multi-scenario target information is sorted by the information sorting unit to determine the multi-scenario target information with an arrangement order; the sorted multi-scenario target information is calculated by the information calculation unit to determine the multi-scenario target characterization data based on the complex electromagnetic environment, so as to facilitate the subsequent positioning in the complex electromagnetic environment.

[0021] The data storage module is used to store the collected multi-scenario target information based on complex electromagnetic environments and the multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments, providing a reference and guidance basis for positioning and error prevention in complex electromagnetic environments; In this embodiment, as a preferred technical solution of the present invention, the data storage module includes: An information storage unit is used to store the collected multi-scenario target information based on a complex electromagnetic environment, and provide a support basis for subsequent viewing of the multi-scenario target information based on a complex electromagnetic environment; The standard storage unit is used to store multi-scenario target standard data for positioning and error prevention in complex electromagnetic environments, providing a reference guidance basis for positioning and error prevention in complex electromagnetic environments.

[0022] The positioning analysis module is used to perform positioning and error prevention analysis on multi-scenario target representation data based on complex electromagnetic environments, and determine the positioning and error prevention analysis results based on complex electromagnetic environments; In this embodiment, as a preferred technical solution of the present invention, the positioning analysis module includes: A data indexing unit, used to index pre-set multi-scenario target standard data; Acquire multi-scenario target characterization data based on complex electromagnetic environments; Based on the multi-scenario target characterization data, index the pre-set multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments; A data retrieval unit, used to retrieve the indexed multi-scenario target standard data; Obtain the indexed pre-set multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments, and retrieve the multi-scenario target standard data; A data comparison unit, used to compare multi-scene target representation data; Obtain multi-scenario target representation data and multi-scenario target standard data; Based on the standard data of multi-scenario targets, the multi-scenario target representation data is compared to determine the positioning and error prevention comparison results based on complex electromagnetic environments; Positioning and analysis unit, used for positioning and error-prevention analysis of multi-scenario target representation data; The positioning and error prevention comparison results based on the complex electromagnetic environment are obtained, and the positioning and error prevention analysis is performed on the positioning and error prevention comparison results to determine the positioning and error prevention analysis results based on the complex electromagnetic environment.

[0023] In this embodiment, as a preferred technical solution of the present invention, the positioning analysis module performs positioning and error prevention analysis on multi-scenario target representation data based on a complex electromagnetic environment, and performs the following operations: Acquire multi-scenario target characterization data based on complex electromagnetic environments; Based on the multi-scenario target representation data, the pre-set multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments is indexed, and the multi-scenario target standard data is retrieved; Obtain multi-scenario target representation data and multi-scenario target standard data; Based on the standard data of multi-scenario targets, the multi-scenario target representation data is compared to determine the positioning and error prevention comparison results based on complex electromagnetic environments; Conduct positioning and error prevention analysis on the positioning and error prevention comparison results to determine the positioning and error prevention analysis results based on complex electromagnetic environments; For the case where the positioning and error prevention comparison results show that the multi-scenario target characterization data is within the multi-scenario target standard data range, the positioning and error prevention analysis results based on the complex electromagnetic environment are determined to be suitable for positioning in a complex electromagnetic environment and can prevent the target from being mistakenly entered; For the case where the positioning and error prevention comparison results show that the multi-scenario target characterization data is not within the multi-scenario target standard data range, the positioning and error prevention analysis results based on the complex electromagnetic environment are determined to be the target is not suitable for positioning in a complex electromagnetic environment and cannot prevent the target from misentering.

[0024] The positioning control module is used to conduct in-depth mining and analysis on the positioning and error prevention analysis results based on complex electromagnetic environments, and determine the positioning and error prevention control methods based on complex electromagnetic environments.

[0025] In this embodiment, as a preferred technical solution of the present invention, the positioning control module includes: The control formulation unit is used to formulate positioning and error-prevention control methods based on complex electromagnetic environments; Obtain positioning and error prevention analysis results based on complex electromagnetic environments. Based on data mining technology, conduct in-depth mining and analysis of positioning and error prevention analysis results based on complex electromagnetic environments to determine positioning and error prevention control methods based on complex electromagnetic environments; Intelligent control unit, used for intelligent control and positioning and error prevention in complex electromagnetic environments; Obtain positioning and error prevention control methods based on complex electromagnetic environments. Intelligent control based on positioning and error prevention control methods is applicable to positioning and error prevention in complex electromagnetic environments.

[0026] In this embodiment, as the preferred technical solution of the present invention, the intelligent control unit is applicable to positioning and error prevention in complex electromagnetic environments, and performs the following operations: Obtain positioning and error-prevention analysis results based on complex electromagnetic environments; Based on data mining technology, the positioning and error prevention analysis results based on complex electromagnetic environments are deeply mined and analyzed to determine the positioning and error prevention control methods based on complex electromagnetic environments; For the situation where the positioning and error prevention analysis result based on complex electromagnetic environment is that the target is suitable for positioning in complex electromagnetic environment and can prevent the target from being mistakenly entered, the positioning and error prevention control method based on complex electromagnetic environment is determined to be the intelligent control target operation, so that the target is suitable for positioning and error prevention in complex electromagnetic environment; If the positioning and error prevention analysis results based on a complex electromagnetic environment show that the target is not suitable for positioning in a complex electromagnetic environment and cannot prevent the target from being mis-entered, the positioning and error prevention control method based on a complex electromagnetic environment is determined to transmit a warning alarm to the mobile terminal and readjust the target operation according to the complex electromagnetic environment.

[0027] Specifically, a positioning and error prevention system suitable for complex electromagnetic environments is used to locate and prevent targets in complex electromagnetic environments. The positioning and error prevention conditions suitable for complex electromagnetic environments are shown in Table 1: Table 1: Applicable to positioning and error prevention in complex electromagnetic environments Based on multi-scenario target standard data, multi-scenario target characterization data is compared to determine the positioning and error prevention comparison results based on complex electromagnetic environments. Perform positioning and error prevention analysis on the positioning and error prevention comparison results to determine the positioning and error prevention analysis results based on complex electromagnetic environments Based on data mining technology, the positioning and error prevention analysis results based on complex electromagnetic environments are deeply mined and analyzed to determine the positioning and error prevention control methods based on complex electromagnetic environments. The positioning and error prevention comparison results show that the multi-scene target characterization data is within the multi-scene target standard data range. The target is suitable for positioning in complex electromagnetic environments and can prevent the target from entering by mistake Intelligent control of target operation makes the target suitable for positioning and error prevention in complex electromagnetic environments The positioning and error prevention comparison results show that the multi-scene target characterization data is not within the multi-scene target standard data range. The target is not suitable for positioning in complex electromagnetic environments, and cannot prevent the target from straying into the target. Transmit early warning alarms to mobile terminals and readjust target operations based on complex electromagnetic environments Therefore, by collecting target position, target image, target action and target posture information in a complex electromagnetic environment, multi-scenario target information based on a complex electromagnetic environment is determined, the collected multi-scenario target information based on a complex electromagnetic environment is processed, and multi-scenario target characterization data based on a complex electromagnetic environment is determined. Positioning and error prevention analysis is performed on the multi-scenario target characterization data based on a complex electromagnetic environment, and positioning and error prevention analysis results based on a complex electromagnetic environment are determined. The positioning and error prevention analysis results based on a complex electromagnetic environment are deeply mined and analyzed to determine a positioning and error prevention control method based on a complex electromagnetic environment. Intelligent control based on the positioning and error prevention control method is suitable for positioning and error prevention in complex electromagnetic environments. It has high target positioning accuracy and can prevent targets from getting lost, resulting in good target positioning effect.

[0028] It should be noted that, in this article, relational terms such as first and second, etc. are only used to distinguish one entity or operation from another entity or operation, and do not necessarily require or imply any such actual relationship or order between these entities or operations. Moreover, the terms "include", "comprise" or any other variants thereof are intended to cover non-exclusive inclusion, so that a process, method, article or device including a series of elements includes not only those elements, but also other elements not explicitly listed, or also includes elements inherent to such process, method, article or device.

[0029] Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that various changes, modifications, substitutions and variations may be made to the embodiments without departing from the principles and spirit of the present invention, and that the scope of the present invention is defined by the appended claims and their equivalents.

Claims

1. Suitable for positioning and error prevention systems in complex electromagnetic environments, characterized by: include: The information collection module is used to collect target position, target image, target action and target posture information in a complex electromagnetic environment, and determine multi-scenario target information based on a complex electromagnetic environment; An information processing module is used to process the collected multi-scenario target information based on a complex electromagnetic environment and determine the multi-scenario target representation data based on the complex electromagnetic environment; The data storage module is used to store the collected multi-scenario target information based on complex electromagnetic environments and the multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments, providing a reference and guidance basis for positioning and error prevention in complex electromagnetic environments; The positioning analysis module is used to perform positioning and error prevention analysis on multi-scenario target representation data based on complex electromagnetic environments, and determine the positioning and error prevention analysis results based on complex electromagnetic environments; The positioning control module is used to conduct in-depth mining and analysis on the positioning and error prevention analysis results based on complex electromagnetic environments, and determine the positioning and error prevention control methods based on complex electromagnetic environments.

2. The positioning and error prevention system suitable for complex electromagnetic environments according to claim 1, characterized in that: The information collection module includes: Gyroscope, used to collect target attitude information in complex electromagnetic environments; GPS positioning unit, used to collect target location information in complex electromagnetic environments; High-definition binocular camera, used to collect target image information in complex electromagnetic environments; Three-axis acceleration sensor, used to collect target motion information in complex electromagnetic environments; Based on the collected target position, target image, target action and target posture information in a complex electromagnetic environment, multi-scenario target information based on a complex electromagnetic environment is determined.

3. The positioning and error prevention system suitable for complex electromagnetic environments according to claim 2, characterized in that: The information processing module includes: An information retrieval unit, used to retrieve multi-scenario target information based on a complex electromagnetic environment; Obtain multi-scenario target information based on complex electromagnetic environments; Based on the sequential retrieval method, multi-scenario target information based on complex electromagnetic environment is retrieved; Filter out multi-scenario target information that is of no value for positioning and error prevention in complex electromagnetic environments; Determine multi-scenario target information that is valuable for positioning and error prevention in complex electromagnetic environments; An information grouping unit, used for grouping the retrieved multi-scene target information; Obtain the multi-scenario target information that is valuable for positioning and error prevention in complex electromagnetic environments; Based on the mutual exclusivity principle, the multi-scenario target information is grouped to determine multi-scenario target information groups with different attribute types, wherein each multi-scenario target information group contains multi-scenario target information with the same attribute type.

4. The positioning and error prevention system suitable for complex electromagnetic environments according to claim 3 is characterized in that: The information processing module also includes: An information sorting unit, used to sort the grouped multi-scene target information; Acquire a multi-scenario target information group with different attribute types; Based on the internal sorting method, the multi-scene target information with the same attribute type stored in each multi-scene target information group is sorted to determine the multi-scene target information with an arrangement order; An information calculation unit, used to calculate the sorted multi-scene target information; Multi-scenario target information with an arrangement order is obtained, and the multi-scenario target information is calculated to determine multi-scenario target characterization data based on a complex electromagnetic environment.

5. The positioning and error prevention system suitable for complex electromagnetic environments according to claim 4, characterized in that: The data storage module comprises: An information storage unit is used to store the collected multi-scenario target information based on a complex electromagnetic environment, and provide a support basis for subsequent viewing of the multi-scenario target information based on a complex electromagnetic environment; The standard storage unit is used to store multi-scenario target standard data for positioning and error prevention in complex electromagnetic environments, providing a reference guidance basis for positioning and error prevention in complex electromagnetic environments.

6. The positioning and error prevention system suitable for complex electromagnetic environments according to claim 5, characterized in that: The positioning analysis module includes: A data indexing unit, used to index pre-set multi-scenario target standard data; Acquire multi-scenario target characterization data based on complex electromagnetic environments; Based on the multi-scenario target characterization data, index the pre-set multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments; A data retrieval unit, used to retrieve the indexed multi-scenario target standard data; The indexed pre-set multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments is obtained, and the multi-scenario target standard data is retrieved.

7. The positioning and error prevention system suitable for complex electromagnetic environments according to claim 6, characterized in that: The positioning analysis module also includes: A data comparison unit, used to compare multi-scene target representation data; Obtain multi-scenario target representation data and multi-scenario target standard data; Based on the standard data of multi-scenario targets, the multi-scenario target representation data is compared to determine the positioning and error prevention comparison results based on complex electromagnetic environments; Positioning and analysis unit, used for positioning and error-prevention analysis of multi-scenario target representation data; The positioning and error prevention comparison results based on the complex electromagnetic environment are obtained, and the positioning and error prevention analysis is performed on the positioning and error prevention comparison results to determine the positioning and error prevention analysis results based on the complex electromagnetic environment.

8. The positioning and error prevention system suitable for complex electromagnetic environments according to claim 7, characterized in that: The positioning analysis module performs positioning and error prevention analysis on multi-scenario target characterization data based on a complex electromagnetic environment, and performs the following operations: Acquire multi-scenario target characterization data based on complex electromagnetic environments; Based on the multi-scenario target representation data, the pre-set multi-scenario target standard data used for positioning and error prevention in complex electromagnetic environments is indexed, and the multi-scenario target standard data is retrieved; Obtain multi-scenario target representation data and multi-scenario target standard data; Based on the standard data of multi-scenario targets, the multi-scenario target representation data is compared to determine the positioning and error prevention comparison results based on complex electromagnetic environments; Conduct positioning and error prevention analysis on the positioning and error prevention comparison results to determine the positioning and error prevention analysis results based on complex electromagnetic environments; For the case where the positioning and error prevention comparison results show that the multi-scenario target characterization data is within the multi-scenario target standard data range, the positioning and error prevention analysis results based on the complex electromagnetic environment are determined to be suitable for positioning in a complex electromagnetic environment and can prevent the target from being mistakenly entered; For the case where the positioning and error prevention comparison results show that the multi-scenario target characterization data is not within the multi-scenario target standard data range, the positioning and error prevention analysis results based on the complex electromagnetic environment are determined to be the target is not suitable for positioning in a complex electromagnetic environment and cannot prevent the target from misentering.

9. The positioning and error prevention system suitable for complex electromagnetic environments according to claim 8, characterized in that: The positioning control module includes: The control formulation unit is used to formulate positioning and error-prevention control methods based on complex electromagnetic environments; Obtain positioning and error prevention analysis results based on complex electromagnetic environments. Based on data mining technology, conduct in-depth mining and analysis of positioning and error prevention analysis results based on complex electromagnetic environments to determine positioning and error prevention control methods based on complex electromagnetic environments; Intelligent control unit, used for intelligent control and positioning and error prevention in complex electromagnetic environments; Obtain positioning and error prevention control methods based on complex electromagnetic environments. Intelligent control based on positioning and error prevention control methods is applicable to positioning and error prevention in complex electromagnetic environments.

10. The positioning and error prevention system suitable for complex electromagnetic environments according to claim 9, characterized in that: The intelligent control unit is suitable for positioning and error prevention in complex electromagnetic environments, and performs the following operations: Obtain positioning and error-prevention analysis results based on complex electromagnetic environments; Based on data mining technology, the positioning and error prevention analysis results based on complex electromagnetic environments are deeply mined and analyzed to determine the positioning and error prevention control methods based on complex electromagnetic environments; For the situation where the positioning and error prevention analysis result based on complex electromagnetic environment is that the target is suitable for positioning in complex electromagnetic environment and can prevent the target from being mistakenly entered, the positioning and error prevention control method based on complex electromagnetic environment is determined to be the intelligent control target operation, so that the target is suitable for positioning and error prevention in complex electromagnetic environment; If the positioning and error prevention analysis results based on a complex electromagnetic environment show that the target is not suitable for positioning in a complex electromagnetic environment and cannot prevent the target from being mis-entered, the positioning and error prevention control method based on a complex electromagnetic environment is determined to transmit a warning alarm to the mobile terminal and readjust the target operation according to the complex electromagnetic environment.

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