Design and verify some pilot runs to validate the designed model and to determine other needed conditions for simulation runs.
Design and verify some pilot runs to validate the designed model and to determine other needed conditions for simulation runs.
Use of modeling and simulation in test design and evaluation
As part of system development, many industries, including the automotive industry, make heavy use of modeling and simulation to help understand system performance. Modeling and simulations (sometimes referred to as simulations) are currently used for a number of applications in the Department of Defense, particularly to train users of new systems and to support arguments presented in alternatives analysis (formerly cost and operational effectiveness analyses) to justify continued system development . Its success in similar applications in industry and its cost, safety, and environmental advantages over operational testing have led to interest in the use of modeling and simulation in operational testing and evaluation (where it has the same advantages). The use of simulation to augment the design and evaluation of operational tests (and other related purposes, such as providing insight into data collection) has been strongly advocated by DoD officials. Although a number of workshops have addressed the use of simulation to assist in the operational testing and evaluation of defense systems, the exact extent to which simulation can be helpful for various purposes, such as assisting in operational test design or supplementing operational test evaluation information, remains unclear. Great care must be taken to ensure that the information provided by modeling and simulation is useful, as indiscriminate use of modeling and simulation could lead to inefficient or unreliable systems being moved to full production, or, conversely, to delay or return to development.
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