| Summary: | 碩士 === 義守大學 === 電機工程學系 === 92 === An embedded web server for power equipment is designed in this thesis to achieve the goal of real-time remote control and monitoring. The control targets used in this thesis are Tektronix TDS220 oscilloscope and Texas Instrument DSP-based control system. A human-machine interface, used to set internet configuration and embedded web server etc, is also designed in this thesis. The experimental platform employed in this thesis is a Samsung S3C4510B-based embedded system. The embedded system features an uCLinux operating system; therefore, the design and implementation of these proposed systems can be more effective. The proposed embedded system can communicate with the existent power equipment by the RS232 serial protocol. After the data retrieved from the oscilloscope or power equipment, the Internet functions of the designed embedded system can transmit those data to remote control center. Telnet and web server are the commonly used Internet functions for embedded systems. The embedded web server based system is definitely the better choice for power equipment control and monitoring. However, due to the response time constraint, memory capacity and processing power of embedded systems, a Telnet based system is also presented in this thesis. Experimental results show that the designed embedded web server can be integrated into power equipment effectively.
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