摘要
现有远程人机交互系统受到现场电磁干扰影响,导致数据传输异常,整体应用性能比较差。为此,提出基于光传感实时信息的人机交互系统设计。系统硬件设计方面,设计VGA显示模块和读写控制模块,利用VGA时序产生RGB数据和信号,并通过读写控制模块完成DDR数据的读写和读出,完成人机交互界面的设计;系统软件设计方面,设计数据库用表,考虑光纤数据传输需求,设计交互数据传输机制作为人机交互的支撑。结合硬件设计和软件设计完成整个系统的设计。实验结果表明,设计的光纤高速度数据传输的远程人机交互系统数据传输可靠、远程通信质量高,其实际应用能力得到明显提高。
The existing remote human-computer interaction system is affected by electromagnetic interference,which leads to abnormal data transmission and poor overall application performance.Therefore,a design of human-computer interaction system based on real-time information of optical sensor is proposed.In the aspect of system hardware design,VGA display module and read-write control module are designed,RGB data and signal are generated by VGA timing,and DDR data are read-write and read out by read-write control module,so as to complete the design of human-computer interaction interface.In the aspect of system software design,a database table is designed,and interactive data transmission mechanism is designed as the basis of human-computer interaction support.Combined with hardware design and software design,we complete the design of the whole system.The experimental results show that the data transmission of the remote human-computer interaction system with high-speed optical fiber data transmission is reliable,the quality of remote communication is high,and its practical application ability has been significantly improved.
作者
杨洪万
YANG Hongwan(Office of Informatization Work, Shandong Normal University, Jinan 250014, China)
出处
《微型电脑应用》
2021年第10期137-140,共4页
Microcomputer Applications
关键词
光纤技术
数据传输
远程控制
人机交互
optical fiber technology
data transmission
remote control
human-computer interaction