After reading a lot of excellent works, I think that the three best works include the second China "Internet +" university students Entrepreneurship Innovation Competition, Nanchang University, "nursing experts"------Remote Monitoring service robot; 2015-2016 the third National University of Innovation competition in IoT application, The Internet of things intelligent classroom of anqing Teachers College, and the third National College of Internet of Things application innovation competition in 2015-2016, Shanghai Jiaotong University's Internet of Things video communication system based on cognitive radio. "Care expert"------remote Monitoring service robot is a high-end integrated care service system developed to cope with the trend of global population aging, which includes multifunctional nursing bed, intelligent toilet, wearable physiological parameter collecting equipment, main control board, personal hygiene care, Medical rehabilitation training and long-distance health monitoring functions as a whole, to achieve mobile devices and computer terminals for the need to care for the population at any time remote care, health monitoring, video communication, health parameter reminders and other services. I don't think it's enough. Although it realizes the long-distance nursing for the people needing nursing, it can't solve the need of the nursing staff. Wall e Intelligent Classroom uses the latest Bluetooth 4.0 composed pan network to achieve wireless transmission and reception of data, to reach the radio communication, functions including classroom real-time environmental monitoring, smart curtains , intelligent lighting, intelligent attendance, perfect classroom aids (WiFi sharing, homework assistant, etc.), and equipped with security system to protect the classroom security, intelligent classroom as a new form of education and modern teaching means, to the education industry has brought new opportunities, but also lack of teaching and learning interaction The Internet of Things video communication system based on cognitive radio is composed of several mobile robots and control display centers, and the mobile robot transmits the video information to the control display center through the wireless channel, and controls the display center to send the control instruction to adjust the robot motion state. The system uses cognitive radio to search for reliable spectrum resources, and dynamically adjusts communication channels to ensure link reliability. Can be widely applied to such as downhole environmental detection, emergency relief and other non-infrastructure, electromagnetic environment complex scenes, can be used in various fields in the future.
Research on the practice works of the past soft works in universities under the guidance of the Law of construction