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Method of controlling water quality in u-city and ubiquitous system with water quality control function for the u-city

机译:具有u城水质控制功能的u城水质控制方法

摘要

The ubiquitous remote resource control method and system using a ubiquitous distributed computing techniques are disclosed. Ubiquitous system separate control signal for controlling the remote resources in accordance with the individual water quality signal on the current and the deduced context information, reasoning context information of a ubiquitous environment, and converted to a common water signal independent of the sensor characteristic, and analyzing the common quality signal It comprises a control unit (management / control portion) for generating and remote resources are controlled on the basis of individual control signals. Control unit using a distributed computing platform for receiving by adopting a context aware computing modules, distributed computing techniques to generate the context information by using the common device interface module, the common quality signal to convert the common quality signal individual quality signal, and status information on the basis of that determines the service to be performed on a remote resource, and performs individual control signal to generate a ubiquitous distribution core calculation module, and the common quality signal and the status information for transmitting to remote resources according to the determined service from the user terminal, conversion to be compatible with each application, and includes a common application interface module for providing the converted result to the user terminal. According to the present invention using the ubiquitous middleware which is operable in common, regardless of the number of sensors and a remote facility can be extended to a ubiquitous city infrastructure at a lower cost. ;
机译:公开了使用普适分布式计算技术的普适远程资源控制方法和系统。普适系统分离控制信号,以根据当前的水质信号和推论的上下文信息,推理普适环境的上下文信息来控制远程资源,并转换为与传感器特性无关的公用水信号,并进行分析通用质量信号它包括一个用于生成的控制单元(管理/控制部分),并且根据各个控制信号来控制远程资源。使用分布式计算平台的控制单元通过采用上下文感知计算模块进行接收,分布式计算技术通过使用公用设备接口模块来生成上下文信息,公用质量信号以将公用质量信号转换为单独质量信号以及状态信息在此基础上,确定要在远程资源上执行的服务,并执行单独的控制信号以生成无处不在的分配核心计算模块,并根据确定的服务,将公共质量信号和状态信息根据确定的服务发送给远程资源。用户终端,转换为与每个应用程序兼容,并且包括用于将转换后的结果提供给用户终端的通用应用程序接口模块。根据本发明,使用可以共同操作的普遍存在的中间件,而不管传感器的数量和远程设施如何,都可以以较低的成本扩展到普遍存在的城市基础设施。 ;

著录项

  • 公开/公告号KR101489530B1

    专利类型

  • 公开/公告日2015-02-06

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20100026015

  • 发明设计人 이용우;

    申请日2010-03-23

  • 分类号G06Q50/26;

  • 国家 KR

  • 入库时间 2022-08-21 14:58:43

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