Eagle-eye-imitating strong-vision intelligent perception target detection system and method thereof

Abstract

The invention discloses an eagle-eye-imitating strong-vision intelligent perception target detection system and a method thereof. The eagle-eye-imitating strong-vision intelligent perception target detection system comprises a mechanical structure and a control system, the mechanical structure comprises two fixed-focus industrial camera groups which are symmetrically distributed, and each fixed-focus industrial camera group comprises a long-focus fixed-focus industrial camera, a short-focus fixed-focus industrial camera and a two-degree-of-freedom holder; the control system comprises an image processing unit and a steering engine control unit, and the image processing unit is responsible for collecting and processing multiple paths of industrial camera images; the steering engine control unit receives a control signal from the image processing unit and is used for controlling a steering engine in the two-degree-of-freedom holder; and the two-degree-of-freedom holder controls the whole body to perform pitching and steering operations. According to the target detection system device capable of simulating eagle eye strong vision intelligent perception, the system can have the functions of large field of view and resolution conversion at the same time, detection and positioning of suspicious targets in a large range are facilitated, and high-resolution analysis and measurement of the targets are carried out.

Description

technical field [0001] The invention relates to a target detection system and a method for imitating eagle-eye strong vision intelligent perception, and belongs to the field of visual imaging technology and bionic technology. Background technique [0002] Vision is an important information acquisition system. Due to the low cost and ease of use of visual sensors, visual imaging systems have been widely used in various aspects of life, including monitoring, industrial product inspection, optical measurement, drones, satellites, etc. However, most of the vision systems currently on the market are designed for simple image data collection, with a relatively single structure and function. The combination of a simple industrial camera and a fixed-focus lens often leads to a limited field of view of the vision system, low utilization of image information, and it is difficult to meet the requirements of large field of view and high precision at the same time. Although zoom data a...

AI Technical Summary

Problems solved by technology

However, most of the vision systems currently on the market are designed for simple image data collection, with a relatively single structure and function.

The combination of a simple industrial camera and a fixed-focus lens often results in a limited field of view of the vision system, low utilization of image information, and it is difficult to meet the requirements of large field of view and high precision at the same time

Although zoom data acquisition can be achieved with a zoom lens, the structure of the automatic zoom system is relatively complex and difficult to program control. Therefore, it is necessary to design an intelligent vision system that can meet various needs and is easy for users to operate.

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