基于FPGA的远程实验系统软件平台的设计与实现
电子技术应用
韩德强,杨皓琪,郑鑫鹏,杨淇善
(北京工业大学 信息学部,北京 100124)
摘要: 基于以FPGA为核心的硬件实验平台,根据远程实验系统中FPGA远程配置及控制、实验结果获取与显示、设备与用户管理等需求,结合图像识别、桌面客户端、Socket网络通信、Web API等相关技术设计并实现了一套完整的远程FPGA实验系统软件平台。经测试,该软件平台性能良好,实验结果获取准确,不仅保证了用户进行远程计算机硬件实验时的良好体验,同时还提高了学校实验教学的灵活性。
中圖分類號:TP315
文獻標志碼:A
DOI: 10.16157/j.issn.0258-7998.233740
中文引用格式: 韓德強,楊皓琪,鄭鑫鵬,等. 基于FPGA的遠程實驗系統軟件平臺的設計與實現[J]. 電子技術應用,2023,49(7):99-104.
英文引用格式: Han Deqiang,Yang Haoqi,Zheng Xinpeng,et al. Design and implementation of software platform of remote experiment system based on FPGA[J]. Application of Electronic Technique,2023,49(7):99-104.
文獻標志碼:A
DOI: 10.16157/j.issn.0258-7998.233740
中文引用格式: 韓德強,楊皓琪,鄭鑫鵬,等. 基于FPGA的遠程實驗系統軟件平臺的設計與實現[J]. 電子技術應用,2023,49(7):99-104.
英文引用格式: Han Deqiang,Yang Haoqi,Zheng Xinpeng,et al. Design and implementation of software platform of remote experiment system based on FPGA[J]. Application of Electronic Technique,2023,49(7):99-104.
Design and implementation of software platform of remote experiment system based on FPGA
Han Deqiang,Yang Haoqi,Zheng Xinpeng,Yang Qishan
(Faculty of Information Technology,Beijing University of Technology,Beijing 100124,China)
Abstract: Based on the hardware experiment platform with FPGA as the core, this paper designs and implements a complete software platform for the remote FPGA experiment system according to the requirements of remote configuration and control of FPGA, experimental results acquisition, equipment and user management in the remote experiment system, combined with image recognition, desktop client, Socket network communication,Web API server and other related technologies. The test results show that the software platform has good performance and accurate experimental results, which ensures a good experience for users when conducting remote computer hardware experiments, and also improves the flexibility of experimental teaching in schools.
Key words : FPGA;remote experiment;software platform;image recognition
0 引言
在工程教育中,實踐環節是教學活動中的一個重要組成部分,是學生檢驗所學知識,提高實踐創新能力的重要途徑[1-2]。傳統的線下實踐往往會受到時空、設備資源等方面的制約,這不利于學生自主學習[3]。尤其在新冠疫情持續影響下,學生線下相關實驗受到非常不利的影響。為了打破以上限制,遠程實驗系統應運而生。
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作者信息:
韓德強,楊皓琪,鄭鑫鵬,楊淇善
(北京工業大學 信息學部,北京 100124)

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