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智能监测与优化控制科研团队 (The research group of intelligent monitoring and optimal control)

作者: 计算机与信息工程学院  |  发布日期:2017-03-23 09:42:07  |  阅读次数:

 

智能监测与优化控制科研团队

 

    北京工商大学计算机与信息工程学院智能监测与优化控制科研团队是北京市学术创新团队,多年来一直从事复杂系统建模、仿真、优化与决策方面的研究,在复杂水环境监测、水华预测预警与治理决策,以及城市污水处理管控技术等方面取得了系列的理论和应用成果。近些年,团队承担了包括国家自然科学基金项目“湖库藻类水华形成机理建模与预测方法研究”、北京市自然科学基金重点项目“水环境建模、水华预测与应急处理决策方法研究”、北京市科技新星计划项目“北京湖库水华机理建模与预测预警研究”、北京自然科学基金项目“北京湖库藻类水华时序预测与治理决策研究”、北京市属高校创新能力提升计划项目“北京河湖水环境监测与智能管理物联网应用平台”等多项国家和省部级项目;承担了北京市水务局科技项目“室内外多因素实验及预警模型的开发”(被列入2008年北京奥运会保障工程),太湖流域管理局委托项目“太湖水质参数检测及远程传输系统”等政府、事业单位委托的相关课题,部分研究成果已成功地应用于对北京市北海、玉渊潭,太湖、唐山环城河、深圳河等区域的水环境监测分析与信息管理中。目前团队已经研制开发了系列水环境监测分析设备,包括岸站式水质监测柜、便携式水质移动监测分析仪、浮标式水质监测仪等,为水环境信息的自动采集与分析提供了硬件平台;已在国内外重要期刊(如Nonlinear DynamicsEcological ModellingSensors、电子学报、化工学报、环境科学学报等)及学术会议上发表学术论文100余篇,申请与授权国家发明专利20项、实用新型4项,出版学术专著2部,获得软件著作权20余项。

 


The research group of intelligent monitoring and optimal control

 

The research group of ‘intelligent monitoring and optimal control’ in School of Computer and Information Engineering at Beijing Technology and Business University is an academic innovation team of the Beijing city. The group has been working on modeling, simulation, optimization and decision-making of the complex system for years, and gained a series of theoretical and practical achievements in various aspects, such as monitoring of complex water environment, early warning and decision-making on algal bloom, as well as management and control technology for municipal sewage treatment. In recent years, this group has undertaken many different projects at national and provincial level, including ‘Research on mechanism modeling and prediction method of algal bloom formation in lakes and reservoirs’ supported by the natural science foundation of China, ‘research on water environment modeling, algal bloom prediction and decision-making method for emergency treatment’ funded by the natural science foundation of the Beijing city, ‘research on mechanism modeling, prediction and early warning on algal bloom in lakes and reservoirs in Beijing’ as the project of ‘New Star in Science and Technology Fields’ in Beijing, ‘the IOT-based application platform for water environment monitoring and intelligent management of rivers and lakes in Beijing’ as the project of the creative ability promotion plan for municipal universities and colleges in Beijing. In addition, the research group also hosted several tasks delegated by government or public institutions, such as the project ‘experiment on multiple indoor and outdoor factors and development of the warning model’ funded by Beijing Water Authority, which has been listed as one of the guarantee projects for the 2008 Beijing Olympic Games; and ‘Detection and remote transmission system for water quality parameters in Lake Tai’ from Taihu Basin Authority. Partial achievements of these projects have been successfully applied in water environment monitoring, analysis and information management of different areas like Beihai Lake, Yuyuantan Lake, Lake Tai, the ring river in Tangshan, Shenzhen River, etc. Until now, the research team has developed a series of devices for water environment monitoring and analysis, including the off-shore water quality monitoring cabinet, portable water quality monitoring and analysis device, and float-type water environment monitoring device, which provide a hardware platform for automatic collection and analysis of the water environment information. The group has published over 100 academic papers on domestic and overseas high-ranking journals and academic conferences, such as Nonlinear Dynamics, Ecological Modelling, Sensors, Chinese Journal of Electronics, Journal of Chemical Industry and Engineering and Acta Scientiae Circumstantiae. Moreover, the group has applied and been authorized 20 national invention patents and 4 utility model patents, published 2 academic books, and been authorized over 20 software copyright.