A Remote Monitoring Control System Based On NB-IOT For Flying Animal

The control system of the biological robot adopt appropriate control scheme to realize the controlled object corresponding target behavior according to the different needs of the controlled object and the target result.In this paper,we took the pigeons as the research object,and the corresponding neural nodes in the brain were stimulated by applying certain simulated electrical signals to achieve the purpose of controlling pigeon's movement behavior.The existing volume and weight of the terminal control system for pigeon behavior control was not conducive to the flexible movement because of its large volume and heavy weight.This paper combined the latest narrow band internet of things technology and the cloud platform of Onenet and designed a terminal control system based on NB-IOT to realize the remote control of animal behavior.According to the current pigeon movement terminal control system,with the problems of large volume,heavy load and high power consumption.Firstly,a wireless communication transmission mode based on NB-IOT technology was proposed to realize the long distance and low-power control of pigeon behavior.Secondly,in order to minimize the load weight of pigeons,a highly integrated positioning and communication module was designed.Finally,aiming at facilitate the expansion of the cluster control system,the cloud platform was used as transit station to control and manage the data transmission service between the client and the terminal control system.The pigeon's motion track was displayed on the client page in real time by invoking Baidu map.NB-IOT technology as a new wireless network communication technology with its long distance,wide coverage and low power consumption has become the optimal solution for the wireless transmission scheme in this design.By designing a highly integrated module based on communication technology and positioning technology,the weight of the terminal control system can be effectively reduced and the performance of the whole control terminal was optimized.The terminal control system satisfactory experimental results demonstrated that,the terminal control system for pigeons can effectively control the pigeon movement behavior and has good stability to control the movement behavior of pigeons,which would provide some meaningful reference for the next research.