本powerpoint演示文稿首先简要概述了制定污染警告的动机 系统和及时响应。介绍了研究方法、检测和响应过程以及响应方法，以及优化求解器所需的输入和输出。本案例研究的目标如下: 确定响应措施（例如沸水警报、， 冲洗、阀门关闭）可以实施 尽量减少污染事件的影响； 向公用事业公司提供开发 后果管理计划；和 开发一个软件工具来支持选择 最佳响应措施（冲洗、阀门关闭、， 公共通知）给定污染事件。分析总结包括: 响应选项的有效性可能受到以下因素的影响: 检测时间， 靠近储罐， 传感器的数量， 冲洗的消防栓数量，以及 关闭的阀门数量； 很难为所有人确定单一响应选项 传感器检测到的注射；而且，识别单一响应选项的过程更复杂 比最初想象的更具挑战性。包括表格，数字。

This powerpoint presentation begins by providing a brief overview of the motivation for developing contamination warning systems and timely response. The research approach, detection and response process, and response methodology are presented, along with required input to, and output from, the optimization solver. A case study is presented with the following goals: identify response actions (e.g., boil water alerts, flushing, valve closures) which could be implemented to minimize impacts given a contamination event; provide input to utility on development of a consequence management plan; and, develop a software tool to support the selection of optimal response actions (flushing, valve closures, public notifications) given a contamination event. A summary of analysis includes: effectiveness of response options can be impacted by detection time, proximity to storage tanks, number of sensors, number of hydrants flushed, and number of valves closed; difficult to determine single response option for all injections detected by a sensor; and, process to identify single response option is more challenging than originally thought. Includes table, figures.