首页> 外文会议>International Symposium and Technology Expo on Small Drinking Water and Wastewater Systems, Jan 12-15, 2000, Phoenix, Arizona, USA >AN INTEGRATED GIS/MIS-BASED COST MODEL FOR EVALUATNG EFFECTIVENESS OF REMOTE CONTROL (TELEMETRIC) MONITORING TO REDUCE RISK IN RURAL SMALL WATER SYTEMS
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AN INTEGRATED GIS/MIS-BASED COST MODEL FOR EVALUATNG EFFECTIVENESS OF REMOTE CONTROL (TELEMETRIC) MONITORING TO REDUCE RISK IN RURAL SMALL WATER SYTEMS

机译:一种基于GIS / MIS的集成成本模型,用于评估降低农村小水系统风险的远程监控(遥测)效果

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摘要

An integrated GIS/MIS-based model for evaluating effectiveness of remote control monitoring for risk reduction (cost associated with operational excursions) in small water systems consists of three primary subroutines - GIS, MIS and telemetry data transmission analysis subroutine - linked via the GIS operating platform. The model is based upon describing water systems as comprising three subsystems - the physical subsystem catalogued by the GIS; the personnel/operational subsystem catalogued by the MIS; and the fiscal subsystem represented by the model parameters, variables and structure including the telemetry data transmission analysis subroutine. The model enables comparison of risk and other aspects of water system operation that vary with the type of monitoring employed (manual or remote control) by working in either of two modes. In the integrated mode the model calculates a measure of overall operational cost (e.g., unit cost of water delivered) that can be used for direct comparison or for generating cost-effectiveness curves. Each subroutine can also be used independently for input, to perform calculations, or to display subroutine-specific information.
机译:一个基于GIS / MIS的集成模型,用于评估小型水系统中降低风险(与旅行相关的成本)的远程监控的有效性,该模型包含三个主要子例程-GIS,MIS和遥测数据传输分析子例程-通过GIS操作链接平台。该模型基于将水系统描述为包括三个子系统的信息-GIS分类的物理子系统; MIS分类的人员/操作子系统;由模型参数,变量和结构表示的财政子系统,包括遥测数据传输分析子例程。通过以两种模式中的任何一种进行工作,该模型可以比较风险和供水系统运行的其他方面,这些方面随所采用的监控类型(手动或远程控制)而变化。在集成模式下,模型计算可用于直接比较或生成成本效益曲线的总体运营成本(例如,输送的水的单位成本)的度量。每个子例程也可以独立用于输入,执行计算或显示特定于子例程的信息。

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