"基于单片机技术的远程抄表系统设计：CAN总线传输方案应用"

Based on the single-chip technology, the remote meter reading system design document discusses the importance and benefits of remote meter reading in terms of accuracy, real-time data processing, and efficiency. The development of remote automatic meter reading technology is a natural result of the rapid advancement of computer and network technologies. It significantly reduces the workload of meter readers, saves on labor costs, reduces errors caused by human factors in meter reading data, and effectively addresses security risks associated with manual meter reading. This design focuses on remote reading of electricity meter data in residential areas, choosing the mature and stable CAN bus technology as the solution for remote data transmission. The system uses a bus and star topology structure, with a single-chip microcontroller as the core of the field terminal. This terminal is connected to smart meters and communicates with the upper computer through the CAN bus. The document highlights the hardware and software structure of the remote meter reading data collection terminal, and builds the entire system on this foundation to achieve remote meter reading functionality. In conclusion, the design of the remote meter reading system based on single-chip technology is an efficient and reliable solution for accurate and automated meter reading in residential communities. Through the implementation of the CAN bus technology and single-chip microcontroller, the system ensures real-time data processing, reduces human errors, and enhances overall security in meter reading operations. This system has the potential to revolutionize meter reading processes and improve overall efficiency and accuracy in data collection.