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基于远程无线技术的高效智能水网
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作者 郑丽 《水利科技与经济》 2021年第2期56-59,共4页
陈旧的配水基础设施需要实时监测和管理水压和流量,以及准确的泄漏检测和定位技术。无线传感器的智能水网在这一领域具有巨大的潜力,但其部署和维护往往成本高昂、劳动密集。而基于远程无线技术的高效智能水网络体系结构Adige,提高了服... 陈旧的配水基础设施需要实时监测和管理水压和流量,以及准确的泄漏检测和定位技术。无线传感器的智能水网在这一领域具有巨大的潜力,但其部署和维护往往成本高昂、劳动密集。而基于远程无线技术的高效智能水网络体系结构Adige,提高了服务员配送系统的可扩展性。利用Lora无线电收发机的传感器节点原型,进行一系列实验,展示Adige方法的优点。评估结果表明,与以前的方法相比,使用远程无线技术可以显著降低能耗,同时覆盖室内、室外和地下的大面积区域。 展开更多
关键词 远程无线技术 物联网 智能水网络
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Applications of artificial intelligence technology to wastewater treatment fields in China
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作者 卿晓霞 《Journal of Chongqing University》 CAS 2005年第4期213-217,共5页
Current applications of artificial intelligence technology to wastewater treatment in China are summarized. Wastewater treatment plants use expert system mainly in the operation decision-making and fault diagnosis of ... Current applications of artificial intelligence technology to wastewater treatment in China are summarized. Wastewater treatment plants use expert system mainly in the operation decision-making and fault diagnosis of system operation, use artificial neuron network for system modeling, water quality forecast and soft measure, and use fuzzy control technology for the intelligence control of wastewater treatment process. Finally, the main problems in applying artificial intelligence technology to wastewater treatment in China are analyzed. 展开更多
关键词 wastewater treatment artificial intelligence Artificial Neuron Network intelligent control fuzzy control
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Research on Wireless Sensor Network in Aquaculture
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作者 Jun Zhao 《International Journal of Technology Management》 2014年第7期18-20,共3页
The paper design intelligent monitoring system of aquaculture based on CC2530 wireless sensor networks, combined with the actual situation, takes the tilapia as an example to analyze detailed of the process in intelli... The paper design intelligent monitoring system of aquaculture based on CC2530 wireless sensor networks, combined with the actual situation, takes the tilapia as an example to analyze detailed of the process in intelligent high density culture. At the same time, the paper introduced each function module of aquaculture for the intelligent monitoring system and formulate control standard according to the aquatic products in different growth stages of demand, through the real-time monitoring of aquaculture environment, measured the standard parameter setting of parameters and the system automatically adjusts the aquaculture environment comparison. The test results show that the temperature error is in the range of 0.5 ℃, dissolved oxygen amount of error is in the range of 0.3mg/L, the error of pH value is within 0.3, system data transmission correct rate is more than 98%. 展开更多
关键词 RFID IOT WSN MONITORING AQUACULTURE
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