CN-122028077-A - Wireless perception test method, system and test platform

CN122028077ACN 122028077 ACN122028077 ACN 122028077ACN-122028077-A

Abstract

The application relates to the technical field of wireless perception testing and discloses a wireless perception testing method, a system and a testing platform, wherein the wireless perception testing method comprises the steps of setting a testing task of wireless perception equipment, wherein the testing task comprises wireless perception parameters, the perception size of a wireless perception target and a moving task; the method comprises the steps of controlling a wireless sensing target to move according to a moving task, obtaining an actual moving coordinate, obtaining a wireless sensing result of wireless sensing equipment on the wireless sensing target based on wireless sensing parameters, and determining a test result according to a comparison result of the wireless sensing result and the actual moving coordinate. The wireless sensing test method can set the test tasks comprising wireless sensing targets with different sensing sizes and different wireless sensing parameters, improves the repeatability and controllability of the test, improves the test coverage and research and development efficiency of the wireless sensing equipment, and can avoid the influence of human factors so as to improve the accuracy and efficiency of the test result.

Inventors

Lai Gaoyu
ZHAO CHI

Assignees

深圳市共进电子股份有限公司

Dates

Publication Date: 20260512
Application Date: 20260212

Claims (10)

1. A wireless perception testing method, comprising: Setting a test task for performing wireless sensing test on wireless sensing equipment, wherein the test task comprises wireless sensing parameters of the wireless sensing equipment, sensing size of a wireless sensing target and a moving task of the wireless sensing target; controlling the wireless sensing target to move according to the movement task, and acquiring the actual movement coordinates of the wireless sensing target; Acquiring a wireless sensing result of the wireless sensing device on the wireless sensing target based on the wireless sensing parameters; and determining a test result according to the comparison result of the wireless sensing result and the actual mobile coordinate.
2. The wireless sensing testing method according to claim 1, wherein the setting a testing task for performing a wireless sensing test on the wireless sensing device comprises: setting the sensing size of the wireless sensing target; Setting a first wireless sensing parameter of the wireless sensing device based on a sensing size of the wireless sensing target; setting a second wireless sensing parameter of the wireless sensing device based on a target sensing distance of the wireless sensing device; and setting a mobile task of the wireless sensing target based on the position of the wireless access terminal of the wireless sensing device.
3. The wireless perception test method according to claim 2, wherein the first wireless perception parameters include a target perception size, and the setting the first wireless perception parameters of the wireless perception device based on the perception size of the wireless perception target includes: setting a first target sensing size under the condition that the wireless sensing target is the first sensing size; setting a second target sensing size under the condition that the wireless sensing target is the second sensing size; Setting a third target sensing size under the condition that the wireless sensing target is the third sensing size; The first perceived size is larger than the second perceived size, the second perceived size is larger than the third perceived size, the first target perceived size is larger than the second target perceived size, and the second target perceived size is larger than the third target perceived size.
4. The wireless sensing testing method of claim 2, wherein the second wireless sensing parameters include a mobile sensing sensitivity, and the setting the second wireless sensing parameters of the wireless sensing device based on the target sensing distance of the wireless sensing device includes: Setting a first movement perception sensitivity under the condition that the target perception distance is in a first distance range; setting a second movement perception sensitivity under the condition that the target perception distance is in a second distance range; setting a third movement perception sensitivity under the condition that the target perception distance is in a third distance range; Wherein the first distance range is greater than the second distance range, the second distance range is greater than the third distance range, the first motion perception sensitivity is greater than the second motion perception sensitivity, and the second motion perception sensitivity is greater than the third motion perception sensitivity.
5. The wireless perception test method according to claim 2, wherein the moving task includes an initial position coordinate, a moving speed, a moving track, a coordinate of a stop moving point position, and a stop duration at the stop moving point position of the wireless perception target, and the setting the moving task of the wireless perception target based on a position of a wireless access terminal of the wireless perception device includes: Setting different moving areas of the wireless sensing target in different preset distance ranges by taking the wireless access terminal as a center; setting the moving track to pass through all the moving areas, and taking a plurality of moving points in the moving track as the stopping moving points.
6. The wireless sensing test method according to claim 1, wherein the wireless sensing result includes a movement sensing coordinate of the wireless sensing target, and the determining the test result according to a comparison result of the wireless sensing result and the actual movement coordinate includes: Comparing the movement perceived coordinates and the actual movement coordinates within the same time period; under the condition that the wireless sensing target finishes moving, obtaining a first number of times that the moving sensing coordinate is consistent with the actual moving coordinate, and obtaining a total number of times that the moving sensing coordinate is compared with the actual moving coordinate; and obtaining the test result according to the comparison result of the percentage of the first times and the total times and the preset percentage.
7. The method according to claim 6, wherein the obtaining the test result according to the comparison result of the percentage of the first number of times and the total number of times with a preset percentage includes: determining that the test result is failed under the condition that the percentage is smaller than the preset percentage; And under the condition that the percentage is greater than or equal to the preset percentage, determining that the test result is passing.
8. The wireless awareness testing method of claim 1, further comprising: the method comprises the steps of obtaining test results, test time and wireless sensing results of the wireless sensing equipment under different test tasks, wherein the wireless sensing results comprise channel state information between the wireless sensing equipment and a wireless access terminal and mobile sensing results of the wireless sensing equipment on the wireless sensing target; And outputting a test report of the wireless sensing device, wherein the test report comprises the test results, the test time and the wireless sensing results of the wireless sensing device under all the test tasks.
9. The wireless perception test system is characterized by comprising a test platform, wireless perception equipment and a wireless perception target; The test platform is used for setting a test task for performing wireless sensing test on the wireless sensing equipment, wherein the test task comprises wireless sensing parameters of the wireless sensing equipment, sensing size of a wireless sensing target and a moving task of the wireless sensing target; The wireless sensing target is used for moving according to the moving task and sending the actual moving coordinate of the wireless sensing target to the test platform; the wireless sensing device is used for sending a wireless sensing result of the wireless sensing target based on the wireless sensing parameters to the test platform; The test platform is also used for determining a test result according to the comparison result of the wireless sensing result and the actual mobile coordinate.
10. A test platform comprising a processor and a memory, the memory storing a computer program, the processor configured to execute the computer program to perform the wireless awareness test method of any of claims 1-8 on a wireless awareness device.

Description

Wireless perception test method, system and test platform Technical Field The application relates to the technical field of wireless perception testing, in particular to a wireless perception testing method, a wireless perception testing system and a wireless perception testing platform. Background The mobile sensing device can realize non-contact mobile detection, behavior recognition and micro-motion monitoring. At present, the movement perception is simulated and tested mainly by a manual movement mode, but the method has various disadvantages. Firstly, the mobile sensing requires a large amount of data of object mobile scenes, the data acquisition and test efficiency is extremely low, and the massive real scenes are difficult to cover, secondly, the data obtained by a manual mode are different from person to person, the data are difficult to train, extract and review due to data deviation, thirdly, the manual mode can only simulate the movement of a single wireless sensing target, and an automatic mobile simulation test method for multi-target adaptation is lacking. Disclosure of Invention In view of the above, the embodiment of the application provides a wireless sensing test method, a system and a test platform, which can effectively solve the problems of low test efficiency, deviation and the like of wireless sensing test. In a first aspect, an embodiment of the present application provides a wireless sensing test method, including: Setting a test task for performing wireless sensing test on wireless sensing equipment, wherein the test task comprises wireless sensing parameters of the wireless sensing equipment, sensing size of a wireless sensing target and a moving task of the wireless sensing target; controlling the wireless sensing target to move according to the movement task, and acquiring the actual movement coordinates of the wireless sensing target; Acquiring a wireless sensing result of the wireless sensing device on the wireless sensing target based on the wireless sensing parameters; and determining a test result according to the comparison result of the wireless sensing result and the actual mobile coordinate. In a first possible embodiment of the first aspect, the setting a test task for performing a wireless sensing test on the wireless sensing device includes: setting the sensing size of the wireless sensing target; Setting a first wireless sensing parameter of the wireless sensing device based on a sensing size of the wireless sensing target; setting a second wireless sensing parameter of the wireless sensing device based on a target sensing distance of the wireless sensing device; and setting a mobile task of the wireless sensing target based on the position of the wireless access terminal of the wireless sensing device. In a second possible embodiment of the first aspect, the first wireless sensing parameters include a target sensing size, and the setting the first wireless sensing parameters of the wireless sensing device based on the sensing size of the wireless sensing target includes: setting a first target sensing size under the condition that the wireless sensing target is the first sensing size; setting a second target sensing size under the condition that the wireless sensing target is the second sensing size; Setting a third target sensing size under the condition that the wireless sensing target is the third sensing size; The first perceived size is larger than the second perceived size, the second perceived size is larger than the third perceived size, the first target perceived size is larger than the second target perceived size, and the second target perceived size is larger than the third target perceived size. In a third possible embodiment of the first aspect, the second wireless sensing parameter includes a mobile sensing sensitivity, and the setting the second wireless sensing parameter of the wireless sensing device based on the target sensing distance of the wireless sensing device includes: Setting a first movement perception sensitivity under the condition that the target perception distance is in a first distance range; setting a second movement perception sensitivity under the condition that the target perception distance is in a second distance range; setting a third movement perception sensitivity under the condition that the target perception distance is in a third distance range; Wherein the first distance range is greater than the second distance range, the second distance range is greater than the third distance range, the first motion perception sensitivity is greater than the second motion perception sensitivity, and the second motion perception sensitivity is greater than the third motion perception sensitivity. In a fourth possible embodiment of the first aspect, the moving task includes an initial position coordinate of the wireless sensing target, a moving speed, a moving track, a coordinate of a stop moving point position, and a stop duration at