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The impact of integrating modeling and simulation into Army Operational Test and Evaluation

Brad R. Naegle

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Abstract

The purpose of this thesis is to analyze the integration of Modeling and Simulation (M&S) into the U.S. Army Operational Test and Evaluation (OT&E) process. The elements. shortfalls, and recurring problems associated with the OT&E system are examined with a focus on those that can be addressed by M&S. Current and future M&S architectures are outlined to provide a base of understanding for the applicability to the OT&E process and issues. Analysis of the potential strengths and weaknesses of M&S in addressing OT&E problems and issues are presented. Lessons learned from past OT&E efforts are also analyzed for process improvement through M&S integration. From this analysis, a set of recommendations in the area of M&S integration into Army OT&E are formulated and offered. Operational test and evaluation, Modeling and simulation

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What this paper is about

The purpose of this thesis is to analyze the integration of Modeling and Simulation (M&S) into the U.S. Army Operational Test and Evaluation (OT&E) process. The elements. shortfalls, and recurring problems associated with the OT&E system are examined with a focus on those that can be addressed by M&S. Current and future M&S architectures are outlined to provide a base of understanding for the applicability to the OT&E process and issues. Analysis of the potential strengths and weaknesses of M&S in addressing OT&E problems and issues are presented. Lessons learned from past OT&E efforts are also analyzed for process improvement through M&S integration. From this analysis, a set of recommendations in the area of M&S integration into Army OT&E are formulated and offered. Operational test and evaluation, Modeling and simulation

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Available abstract

The purpose of this thesis is to analyze the integration of Modeling and Simulation (M&S) into the U.S. Army Operational Test and Evaluation (OT&E) process. The elements. shortfalls, and recurring problems associated with the OT&E system are examined with a focus on those that can be addressed by M&S. Current and future M&S architectures are outlined to provide a base of understanding for the applicability to the OT&E process and issues. Analysis of the potential strengths and weaknesses of M&S in addressing OT&E problems and issues are presented. Lessons learned from past OT&E efforts are also analyzed for process improvement through M&S integration. From this analysis, a set of recommendations in the area of M&S integration into Army OT&E are formulated and offered. Operational test and evaluation, Modeling and simulation

Key concepts: Process (computing), Test (biology), Set (abstract data type), Strengths and weaknesses, Computer science, Systems engineering, Operations research, Engineering

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