What are the advantages of vision system compared with traditional machine vision?

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【概要描述】The original resolution of traditional machine vision is not high. In addition, it is also affected by video damage, such as repeated A/D conversion, electromagnetic transmission interference, interlaced scanning, and D1 image synthesis and de-interlacing. When it actually reaches the human eye, it is very blurred. However, in practical applications, the definition does not reach the theoretical value level. The vision system uses digital signal transmission to convert optical signals into digital signals, and then carries out image compression and processing through DSP. Then, the digital compressed video is output through the network. The ordinary vision machine has the ability of anti-electromagnetic interference and progressive scanning, and the image resolution has unparalleled advantages. The vertical resolution of the traditional vision system is 625 lines under the PAL system, 575 lines after blanking, the maximum current limit is 540 lines, and the minimum can reach more than 800 lines. From the above perspective, the maximum resolution of the traditional vision machine can reach D1 or 4CIF, about (400000 pixels), while the vision system has no such limit, and can reach millions of pixels or even tens of millions of pixels, The performance of pixels and sharpness between the two is completely different. The vision system uses the progressive scanning mode to scan each frame of the image through the electron beam. The traditional scanning mode of the vision system uses the interlaced scanning. The interlaced scanning frequency is half of the progressive scanning frequency. Due to the working principle of the interlaced scanning, there are many disadvantages in its application, such as inter-line flicker, parallelism or the zigzag shape of the vertical edge, and other adverse effects, And the overall motion image definition is reduced. The color of vision software may be more realistic than vision. The brightness signal and chrominance signal in the video signal occupy the same frequency band. When the video capture chip is used for comb filtering (bright color separation), it is difficult to completely separate the chrominance and brightness signal, which leads to the color penetration of speckle and image. Machine vision can eliminate the hidden danger because the color is more realistic, more layered, and the image saturation is better. Machine vision needs to wire and match the control line, video line, audio line and power line in an independent form. Wiring is very troublesome and complex, with a large workload, and the cost of integrated wiring is high. There are many limitations in engineering applications.

The original resolution of traditional machine vision is not high. In addition, it is also affected by video damage, such as repeated A/D conversion, electromagnetic transmission interference, interlaced scanning, and D1 image synthesis and de-interlacing. When it actually reaches the human eye, it is very blurred. However, in practical applications, the definition does not reach the theoretical value level. The vision system uses digital signal transmission to convert optical signals into digital signals, and then carries out image compression and processing through DSP. Then, the digital compressed video is output through the network. The ordinary vision machine has the ability of anti-electromagnetic interference and progressive scanning, and the image resolution has unparalleled advantages.
The vertical resolution of the traditional vision system is 625 lines under the PAL system, 575 lines after blanking, the maximum current limit is 540 lines, and the minimum can reach more than 800 lines. From the above perspective, the maximum resolution of the traditional vision machine can reach D1 or 4CIF, about (400000 pixels), while the vision system has no such limit, and can reach millions of pixels or even tens of millions of pixels, The performance of pixels and sharpness between the two is completely different.
The vision system uses the progressive scanning mode to scan each frame of the image through the electron beam. The traditional scanning mode of the vision system uses the interlaced scanning. The interlaced scanning frequency is half of the progressive scanning frequency. Due to the working principle of the interlaced scanning, there are many disadvantages in its application, such as inter-line flicker, parallelism or the zigzag shape of the vertical edge, and other adverse effects, And the overall motion image definition is reduced.
The color of vision software may be more realistic than vision. The brightness signal and chrominance signal in the video signal occupy the same frequency band. When the video capture chip is used for comb filtering (bright color separation), it is difficult to completely separate the chrominance and brightness signal, which leads to the color penetration of speckle and image. Machine vision can eliminate the hidden danger because the color is more realistic, more layered, and the image saturation is better. Machine vision needs to wire and match the control line, video line, audio line and power line in an independent form. Wiring is very troublesome and complex, with a large workload, and the cost of integrated wiring is high. There are many limitations in engineering applications.

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