Environment Monitoring System of Dairy Cattle Farming Based on Multi Parameter Fusion

Aiming at the difficulty in obtaining environmental parameters in dairy cattle breeding, this paper proposes and implements a dairy cattle breeding environment monitoring system based on Bluetooth and B/S architecture. In order to reduce the cost of cross-platform deployment, the overall system adopts the B/S architecture and introduces a Bootstrap responsive layout; in order to improve the human-computer interaction capabilities, the Echarts graphical plug-in is introduced; and in order to enhance the stability of Bluetooth communication, a time-sharing connection mechanism and sampling are designed along with a cycle adaptive adjustment mechanism. The experimental results show that the system has a good user experience on various smart terminal devices. The time-sharing connection mechanism solves the repeated disconnection problem under the Bluetooth one-master, multiple-slave star connection. The system can be used in the dairy cow growth environment. With real-time monitoring and accurate early warning, it reduces the deployment and use cost of the system and has broad application prospects.

Automated summary

The dairy cattle breeding environment monitoring system proposed in this paper utilizes Bluetooth and B/S architecture, enhancing system stability and human-computer interaction by introducing Bootstrap responsive layout and Echarts graphical plug-in. The system solves Bluetooth connection issues and provides a good user experience, making it suitable for monitoring dairy cow growth environment with reduced deployment and usage costs.