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Evaluating neural networks and artificial intelligence systems

机译:评估神经网络和人工智能系统

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Systems have no intrinsic value in and of themselves, but rather derive value from the contributions they make to the missions, decisions, and tasks they are intended to support. The estimation of the cost-effectiveness of systems is a prerequisite for rational planning, budgeting, and investment documents. Neural network and expert system applications, although similar in their incorporation of a significant amount of decision-making capability, differ from each other in ways that affect the manner in which they can be evaluated. Both these types of systems are, by definition, evolutionary systems, which also impacts their evaluation. This paper discusses key aspects of neural network and expert system applications and their impact on the evaluation process. A practical approach or methodology for evaluating a certain class of expert systems that are particularly difficult to measure using traditional evaluation approaches is presented.
机译:系统没有自己的内在价值,而是从他们旨在支持的任务,决策和任务所取得的贡献中获得价值。估计系统的成本效益是合理规划,预算和投资文件的先决条件。神经网络和专家系统应用,虽然在其纳入大量决策能力时,彼此不同地不同地不同,这些方式会影响可以评估它们的方式。通过定义,这两种类型的系统都是进化系统,这也影响了他们的评估。本文讨论了神经网络和专家系统应用的关键方面及其对评估过程的影响。介绍了评估某种专家系统的实用方法或方法,这些系统特别难以使用传统评估方法衡量的专家系统。

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