1978IEEE Transactions on Power Apparatus and SystemsRequires access

Decision Analysis Utilizing Multi-Attribute Utility Theory in Engineering Evaluations

J. J. Bolinger, P. Ghose, J. H. Sosinski, W. F. Esser

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Abstract

This paper presents the application of multi-attribute utility theory in a decision analysis to incorporate multiple conflicting objectives into engineering evaluations. The paper is tutorial in nature and demonstrates the application of this theory through an example problem that involves the evaluation of streetlight expansion options in a regulated utility. The use of this theory allows the decision maker to account for impacts on all relevant areas when making a decision, and results in a completely documented, sound decision.

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What this paper is about

This paper presents the application of multi-attribute utility theory in a decision analysis to incorporate multiple conflicting objectives into engineering evaluations. The paper is tutorial in nature and demonstrates the application of this theory through an example problem that involves the evaluation of streetlight expansion options in a regulated utility. The use of this theory allows the decision maker to account for impacts on all relevant areas when making a decision, and results in a completely documented, sound decision.

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OpenAlex reports 7 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper presents the application of multi-attribute utility theory in a decision analysis to incorporate multiple conflicting objectives into engineering evaluations. The paper is tutorial in nature and demonstrates the application of this theory through an example problem that involves the evaluation of streetlight expansion options in a regulated utility. The use of this theory allows the decision maker to account for impacts on all relevant areas when making a decision, and results in a completely documented, sound decision.

Key concepts: Decision theory, Decision maker, Utility theory, Evidential reasoning approach, Decision analysis, Computer science, Expected utility hypothesis, Decision engineering

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