CAJ | 학술논문

长期以来，人们对图像处理的需求越来越大，要求也越来越高，图像的高速传输又一直是图像处理中的瓶颈。与此同时，随着网络技术和FPGA(可编程逻辑器件)的不断发展与进步，这为有效地解决图像的高速传输问题提供了新的方法和途径。因此文中针对此问题并结合实际的工程实践提出了基于以太网的图像传输系统。文中采用了以太网协议，在FPGA硬件上实现了高速图像的实时传输系统，并在上位机实现了图像的实时处理。实验结果表明该系统具有集成度高、可靠性高、传输速度快等优点，能够有效地解决图像传输中的速度限制。
장기이래，인문대도상처리적수구월래월대，요구야월래월고，도상적고속전수우일직시도상처리중적병경。여차동시，수착망락기술화FPGA(가편정라집기건)적불단발전여진보，저위유효지해결도상적고속전수문제제공료신적방법화도경。인차문중침대차문제병결합실제적공정실천제출료기우이태망적도상전수계통。문중채용료이태망협의，재FPGA경건상실현료고속도상적실시전수계통，병재상위궤실현료도상적실시처리。실험결과표명해계통구유집성도고、가고성고、전수속도쾌등우점，능구유효지해결도상전수중적속도한제。
For a long time,the demand for image processing is increasing and its requirements is also increasing. High-speed image trans-mission has been the bottleneck in image processing. At the same time,continuous development and progress of network technology and FPGA,provide a new method and way to solve the question of the high-speed transmission of images effectively. Consequently,propose Ethernet-based image transmission system combined with the actual engineering practice for this problem. Using the Ethernet protocol, implement the real-time transmission of high-speed image in FPGA hardware and the real-time image processing in the industrial com-puter. The experiments show that the system has advantages of high integration,high reliability,high speed transmission and so on,so it can effectively resolve the speed restriction in image transmission.