"节能型机房温湿度远程控制系统设计与并行处理技术研究"

The graduation thesis "Energy-saving Remote Control System for Temperature and Humidity of Computer Room" was completed by a student at Southwest Jiaotong University. The system was designed to provide remote monitoring and control of temperature and humidity in computer rooms, with the aim of saving energy. The student's investigation and research led to the development of a practical solution for this issue. In addition to the student's own work, the thesis also referenced several English language sources related to the field of automation. One such source discussed Mosix, a system designed to provide dynamic load balancing and preemptive process migration across computer networks. The thesis also mentioned the NOW project, which aimed to demonstrate a practical 100 processor system within a few years. The thesis also touched on the use of Linux in parallel processing, and referenced a website containing guides and resources related to Linux parallel processing. Overall, the thesis reflected the student's dedication to exploring and understanding the latest developments and technologies in the field of automation. In conclusion, the graduation thesis "Energy-saving Remote Control System for Temperature and Humidity of Computer Room" represents a comprehensive effort to address the issue of energy consumption in computer rooms through the use of remote monitoring and control systems. The student's research and exploration of relevant English language literature demonstrates a deep understanding of the current state of technology in the field of automation. This thesis serves as a valuable contribution to the ongoing efforts to improve energy efficiency in computer room operations.