A Remote Controlling and Monitoring System for Laboratory Animal Feeding Environment

Na Wang, Qun Li, Xige Yang, Zaitang Wang
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Abstract

The manual operation is major in environmental regulation. During experiment, the keepers have to wait for a long time in the laboratory, this brought animal keepers heavy workloads, and manual operation is lack of accuracy, easy to produce wrong operation. In recent years, with the development of computer hardware and software technology, embedded system and Internet technology, effectively improve the flexibility of embedded system, and widely used in all aspects of life. According to the specific requirements of the rearing space, this paper designs a remote monitoring system to provide their keepers friendly space with conveying pattern configuration interface and animals of the real-time monitoring of the picture. It makes the researchers be away from the animal laboratory for a long time, but keep environmental monitoring and real-time adjustment anytime and anywhere from the network login system. Keywords—environmental monitoring; animal; animal laboratory; remote control
实验动物饲养环境远程控制与监测系统
人工操作是环境调节的主要内容。在实验过程中,饲养员要在实验室中等待很长时间,这给动物饲养员带来了繁重的工作量,而且人工操作缺乏准确性,容易产生错误操作。近年来,随着计算机软硬件技术、嵌入式系统和Internet技术的发展,有效地提高了嵌入式系统的灵活性,并广泛应用于生活的各个方面。根据饲养空间的具体要求,本文设计了一个远程监控系统,为饲养员友好的饲养空间提供传送模式配置界面和动物图片的实时监控。使科研人员长时间远离动物实验室,通过网络登录系统随时随地进行环境监测和实时调整。Keywords-environmental监控;动物;动物实验室;远程控制
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