CN-116741165-B - Millimeter wave-based target scene behavior monitoring method and related equipment

CN116741165BCN 116741165 BCN116741165 BCN 116741165BCN-116741165-B

Abstract

The invention discloses a millimeter wave-based target scene behavior monitoring method and related equipment, wherein the method comprises the steps of obtaining a virtual space structure of a target scene, configuring a millimeter wave sensor, a high-sensitivity pickup and an edge server in the virtual space structure, synchronously configuring the target scene according to the configuration of the virtual space structure, receiving an analysis result obtained by carrying out data analysis on sound data by the high-sensitivity pickup or the edge server when a person is detected in a preset range by the millimeter wave sensor, and receiving recording data of the high-sensitivity pickup and prompting a supervisor to process an event through message pushing and receiving a feedback result uploaded by the supervisor if the analysis result comprises a preset sensitive word. According to the invention, the monitoring equipment is started when a person exists in the range detected by the millimeter wave sensor, and is closed when no person exists, so that accurate triggering is realized, the recognition degree is improved, and meanwhile, energy conservation and emission reduction are realized.

Inventors

HUANG YUANXIN
CHEN WENHUAN

Assignees

深圳康佳电子科技有限公司

Dates

Publication Date: 20260512
Application Date: 20230201

Claims (9)

1. The millimeter wave-based target scene behavior monitoring method is characterized by comprising the following steps of: acquiring a virtual space structure of a target scene, configuring a millimeter wave sensor, a high-sensitivity pickup and an edge server in the virtual space structure, and synchronously configuring the target scene according to the configuration of the virtual space structure; When the millimeter wave sensor detects that a person exists in a preset range, receiving an analysis result obtained by carrying out data analysis on sound data by the high-sensitivity pickup or the edge server, wherein the sound data is collected by the high-sensitivity pickup or transmitted to the edge server by the high-sensitivity pickup; When the millimeter wave sensor detects that a person exists in a preset range, receiving an analysis result obtained by data analysis of sound data by the high-sensitivity pickup or the edge server, wherein the sound data is collected by the high-sensitivity pickup or transmitted to the edge server, and specifically comprises: presetting a detection range of the millimeter wave sensor, receiving a starting instruction for starting the millimeter wave sensor, and starting the millimeter wave sensor to detect whether a person exists in the detection range based on the starting instruction; When a person is detected in the detection range, an opening instruction is issued to the high-sensitivity pickup, the high-sensitivity pickup is opened to collect sound data, and an analysis result sent after the high-sensitivity pickup recognizes the sound data and analyzes sensitive words is received; or when a person is detected in the detection range, an opening instruction is issued to the high-sensitivity pickup, the high-sensitivity pickup is opened to collect sound data, the high-sensitivity pickup is controlled to send the sound data to an edge server, and an analysis result sent after the edge server identifies the sound data and analyzes sensitive words is received; and if the analysis result comprises a preset sensitive word, receiving recording data of the high-sensitivity pickup, prompting a supervisor to process an event through message pushing, and receiving a feedback result uploaded by the supervisor.
2. The millimeter wave-based target scene behavior monitoring method according to claim 1, wherein the obtaining a virtual space structure of a target scene, configuring a millimeter wave sensor, a high-sensitivity pickup and an edge server in the virtual space structure, and performing synchronous configuration of the target scene according to the configuration of the virtual space structure, specifically comprises: creating a virtual space structure based on a space structure of a target scene, and configuring a millimeter wave sensor, a high-sensitivity pickup and an edge server at a selected position based on the virtual space structure; And obtaining a configuration result after the virtual space structure is configured, and synchronously configuring the millimeter wave sensor, the high-sensitivity pickup and the edge server according to the configuration of the virtual space structure by a target scene.
3. The millimeter wave based target scene behavior monitoring method according to claim 1, wherein the acquiring The virtual space structure of the target scene, the millimeter wave sensor, the high-sensitivity pickup and the edge server are configured in the virtual space structure, the target scene is synchronously configured according to the configuration of the virtual space structure, and then the virtual space structure further comprises: and configuring a supervisor appointed by the target scene, and configuring a sensitive word triggering the high-sensitivity pickup to record.
4. The millimeter wave-based target scene behavior monitoring method according to claim 1, wherein the target scene is synchronously configured according to the configuration of the virtual space structure, and further comprising: When the millimeter wave sensor does not detect a person within a preset range, an opening instruction is not issued to the high-sensitivity pickup.
5. The millimeter wave-based target scene behavior monitoring method according to claim 3, wherein if the analysis result includes a preset sensitive word, receiving recording data of the high-sensitivity pickup, prompting a supervisor to process an event through message push, and receiving a feedback result uploaded by the supervisor, wherein the method specifically includes: if the analysis result comprises the sensitive word, a recording instruction is issued to the high-sensitivity pickup to start recording, recording data sent by the high-sensitivity pickup is received, and the supervisory personnel is reminded of processing events through message pushing; and after the supervision personnel receives the reminding of the event to carry out on-site verification, receiving a feedback result uploaded by the supervision personnel, and controlling the edge server to copy the recording data to carry out archiving.
6. The millimeter wave-based target scene behavior monitoring method according to claim 1, wherein the receiving the analysis result obtained by the data analysis of the sound data by the high-sensitivity pickup or the edge server further comprises: If the analysis result does not include the sensitive word, a recording instruction is not issued to the high-sensitivity pickup, and a message is not pushed to remind the supervisory personnel.
7. A millimeter wave based target scenario behavior monitoring system for implementing the millimeter wave based target scenario behavior monitoring method of any one of claims 1-6, the millimeter wave based target scenario behavior monitoring system comprising: the device configuration module is used for acquiring a virtual space structure of a target scene, configuring a millimeter wave sensor, a high-sensitivity pickup and an edge server in the virtual space structure, and synchronously configuring the target scene according to the configuration of the virtual space structure; the data analysis module is used for receiving an analysis result obtained by carrying out data analysis on sound data by the high-sensitivity pickup or the edge server when the millimeter wave sensor detects people in a preset range, wherein the sound data is collected by the high-sensitivity pickup or transmitted to the edge server; and the result processing module is used for receiving the recording data of the high-sensitivity pickup if the analysis result comprises a preset sensitive word, prompting a supervisor to process an event through message pushing, and receiving a feedback result uploaded by the supervisor.
8. A terminal comprising a memory, a processor and a program stored on the memory and executable on the processor, which when executed by the processor implements the steps of the millimeter wave based target scene behavior monitoring method of any of claims 1-6.
9. A computer-readable storage medium, characterized in that the computer-readable storage medium stores a millimeter wave based target scenario behavior monitoring program, which when executed by a processor, implements the steps of the millimeter wave based target scenario behavior monitoring method according to any one of claims 1-6.

Description

Millimeter wave-based target scene behavior monitoring method and related equipment Technical Field The present invention relates to the field of information monitoring technologies, and in particular, to a millimeter wave-based target scene behavior monitoring method, system, terminal, and computer-readable storage medium. Background The monitoring loopholes give the opportunity for the occurrence of the security event, the loopholes cover eyes of the supervisor and enable the security event to be more frequent, so that the intelligent internet of things monitoring system is adopted to realize the real-time monitoring of the security event, the security event is prevented and restrained in the early stage of occurrence, and the campus supervisor intervenes in advance to reserve sufficient site evidence in time, so that the monitoring system is an effective measure for reducing the occurrence of the security event with high efficiency. With the increasing importance of society on security incidents, campus managers continuously strengthen prevention and control, campus security incident monitoring systems play an important role in the monitoring systems, the monitoring systems effectively fill monitoring holes of campus supervisors, but have serious defects, namely the monitoring systems are not intelligent enough, the monitoring systems on the market are always in a starting standby state, monitoring equipment continuously runs for a long time, power consumption is increased, the service life of the equipment is accelerated, meanwhile, the equipment continuously collects data, the storage space is insufficient, the situation that storage is not available at key moment is caused, serious consequences such as evidence shortage exist, and the like exist on the market, and in addition, a scheme adopting a monitoring system linked by infrared sensors exists on the market, but places limited by characteristics of the infrared sensors, such as low recognition degree and easiness in being influenced by environmental factors, so that great limitation exists on applicable scenes, and the problems of how to monitor behaviors in the scenes in energy conservation, high performance and higher recognition rate are needed to be solved under the current large environment are also existed. Accordingly, the prior art is still in need of improvement and development. Disclosure of Invention The invention mainly aims to provide a millimeter wave-based target scene behavior monitoring method and related equipment, and aims to solve the problems that in the prior art, effective information acquired during behavior monitoring in a scene is less, the recognition degree is low and the influence of environmental factors is easy. In order to achieve the above object, the present invention provides a millimeter wave-based target scene behavior monitoring method, which includes the following steps: acquiring a virtual space structure of a target scene, configuring a millimeter wave sensor, a high-sensitivity pickup and an edge server in the virtual space structure, and synchronously configuring the target scene according to the configuration of the virtual space structure; When the millimeter wave sensor detects that a person exists in a preset range, receiving an analysis result obtained by carrying out data analysis on sound data by the high-sensitivity pickup or the edge server, wherein the sound data is collected by the high-sensitivity pickup or transmitted to the edge server by the high-sensitivity pickup; and if the analysis result comprises a preset sensitive word, receiving recording data of the high-sensitivity pickup, prompting a supervisor to process an event through message pushing, and receiving a feedback result uploaded by the supervisor. Optionally, in the millimeter wave-based target scene behavior monitoring method, the acquiring a virtual space structure of a target scene configures a millimeter wave sensor, a high-sensitivity pickup and an edge server in the virtual space structure, and the target scene is synchronously configured according to the configuration of the virtual space structure, specifically includes: creating a virtual space structure based on a space structure of a target scene, and configuring a millimeter wave sensor, a high-sensitivity pickup and an edge server at a selected position based on the virtual space structure; And obtaining a configuration result after the virtual space structure is configured, and synchronously configuring the millimeter wave sensor, the high-sensitivity pickup and the edge server according to the configuration of the virtual space structure by a target scene. Optionally, in the millimeter wave-based target scene behavior monitoring method, the acquiring a virtual space structure of a target scene configures a millimeter wave sensor, a high-sensitivity pickup and an edge server in the virtual space structure, and the target scene is synchronously configured according t