Virtual detection system

Abstract

Disclosed is a virtual detection system, wherein, with each processing module, by converting infrared detection images of each direction collected at each sampling point into a virtual detection space for automatically roaming in the virtual detection space to simulate a detection scene, the decision-makers can directly understand the actual situation of the target environment through the simulated virtual detection space without entering the scene, thereby making scientific decisions and reducing the probability of decision errors. And, in the disclosure, images can be acquired through infrared detectors, even for dim environments such as smoke and dust. Further, in the disclosure, it is only necessary to set an infrared detector at the sampling points of the detection path by a robot to collect the images, without the need for a detection personnel to enter or stay for a long time.