Artificial intelligence infrared image processing instrument

Abstract

An artificial intelligence infrared image processing instrument provided by the present invention belongs to the image processing instrument field, and mainly comprises an infrared image acquisition device, an image processing device and an artificial intelligence control system of image acquisition. The acquisition device comprises an image loading module used for loading the infrared images thatdo not degenerate, and the image processing device comprises an image processing module which converts the infrared image files into the waveform data files via an infrared image processing technology as a data source of the infrared image acquisition and the processing system performance evaluation. The artificial intelligence control system comprises a control unit, an improving unit and an editing and outputting unit and is connected with the infrared image acquisition device and a processing unit. The artificial intelligence infrared image processing instrument of the present invention has the characteristics of being high in automation degree and reliability, low in cost and strong in versatility, being simple to operate and use, etc., has the problem autonomous solution capability,and fuses the technical advantages of the artificial intelligence and the data processing.

Description

technical field [0001] The invention belongs to the field of image processors, in particular to an artificial intelligence infrared image processor. Background technique [0002] At present, infrared imaging technology has been widely used in various fields such as military, industry, agriculture, medical treatment and scientific research. The infrared imaging system mainly includes infrared optical system, infrared detection device and its infrared image acquisition and processing system. The infrared image acquisition and processing system is a key part of the infrared imaging system, and its performance directly determines the overall performance of the infrared imaging system. In the performance evaluation of infrared image acquisition and processing system, it is necessary to use a large number of infrared images in different states for training and testing. If the infrared detection device is directly used to obtain images through shooting range tests for performance ...

AI Technical Summary

Problems solved by technology

First, the development and procurement of infrared detectors will affect the development progress of the infrared image acquisition and processing system; second, because the system test cannot be completed successfully at one time, it is necessary to insert and pull out the detection device multiple times to test the performance of the system. It will bring risks to the detection device; third, the uncertainty of the function of the front-end optical path system will lead to the uncertainty of the test of the back-end infrared image acquisition and processing system

Fourth, the acquisition of infrared images takes a long time and a lot of manpower and material resources. In addition, it is difficult to obtain infrared images under various weather conditions, and it is also difficult to capture infrared images of many military targets.

However, a computer must still be equipped, and using a serial port, its transmission speed is greatly affected

[0004] The existing designs of infrared imaging detector simulators are purely and simply designed for the consideration of providing image data sources for infrared signal processing platforms. The impact of the detector on the image during the imaging process is not considered, the detector parameters cannot be specified according to the real infrared scene, and the image is degraded. In the performance evaluation test of the infrared image acquisition and processing system, it has great limitations.

[0005] There are also defects such as poor versatility and limited ability to adjust detector parameters, such as narrow dynamic range of analog signal output, less selectivity of array scale, non-adjustable output frequency, no synchronous output of image data, etc.; and the existing infrared imaging detector simulators are all The fixed computer host is equipped with a data processing platform to realize the function of the simulator, which is inconvenient in carrying out and does not have the characteristics of integration

[0006] As people's current research and application on artificial intelligence is gradually increasing, but in strong artificial intelligence, when purely simulating the human brain to achieve intelligence, the requirements for software and hardware are very high, and existing data processing technologies cannot be used. Can not give full play to the advantages of existing data processing technology