"基于单片机的温湿度监测系统设计及实施"

The graduation design entitled "Temperature and Humidity Monitoring System Based on Single Chip Microcomputer" aims to design and implement a system for monitoring temperature and humidity using a single chip microcomputer. The system requirements include a temperature range of 18-28°C and a relative humidity of 40%-70%, with the ability for users to set temperature and humidity alarm values and to display the collected data through a display module. The proposed tasks for the completion of the project include conducting a feasibility analysis and presenting a feasible plan, designing the system modules and interface circuits, software design and debugging, drawing circuit schematics, and writing the graduation thesis. The plan for the project includes researching materials and designing a preliminary plan, confirming the most suitable plan, designing circuits, drawing schematics, and writing the graduation thesis. The final stage involves revising and perfecting the thesis in preparation for the defense. The completion of the graduation project is scheduled for December 10th, 2012, with the defense to be held in the Department of Electronic Information Technology. In recent years, there has been an increasing integration of computers in various fields, and the use of single chip microcomputers has also been updated for traditional control testing applications. This graduation design project aims to contribute to this trend by developing a temperature and humidity monitoring system using single chip microcomputer technology. Overall, the project seeks to address an important need in the field of monitoring and control systems and contribute to the advancement of single chip microcomputer technology in practical applications.