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System Dynamics Model (SDM) for the National Guard Chemical, Biological, Radiological, Nuclear, High-Explosive (CBRNE) Enhanced Response Force Package (CERFP)

机译:国民警卫队化学,生物,放射,核,高爆炸物(CBRNE)增强响应部队包(CERFP)的系统动力学模型(SDM)

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From June through October 2008 the National Guard Bureau (NGB) -J8 conducted a capability based assessment (CBA) to determine National Guard (NG) capability gaps for Defense Support to Civil Authorities (DSCA). A major DCSA mission that the NGB Capability Assessment and Development Process (CADP) focused on was Chemical, Biological, Radiological, Nuclear, and high-Explosive Consequence Management (CBRNE CM) response. As expected, the most difficult portion of the CBA was defining and quantifying the gap in NG specialized CBRNE CM capabilities (CERFPs). Initially, NGB developed a simple allocation model that captured the total number of CERFPs employed based on subject matter expertise. However, NGB-J8 developed a more objectively quantifiable model that would systemically document and consistently apply assumptions.
机译:从2008年6月到2008年10月,国家警卫局(NGB)-J8进行了基于能力的评估(CBA),以确定国民警卫队(NG)在民防当局(DSCA)的国防支持方面的能力差距。 NGB能力评估和开发过程(CADP)重点关注的DCSA的主要任务是化学,生物,放射,核和高爆炸性后果管理(CBRNE CM)响应。不出所料,CBA最困难的部分是定义和量化NG专用CBRNE CM功能(CERFP)中的差距。最初,NGB开发了一种简单的分配模型,该模型基于主题专业知识来捕获所使用的CERFP总数。但是,NGB-J8开发了一个更加客观可量化的模型,该模型将系统地记录并一致地应用假设。

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