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<p>A car that will not start on a cold winter day and one that will not start on a hot summer day usually indicate two very different situations. When pressed to explain the difference, we would give a winter account-'Oil is more viscous in cold conditions, and that causes . . .'-and a summer story-'Vapor lock is a possibility in hot weather and is usually caused by . . .' How do we build such explanations? One possibility is that understanding how the car works as a device gives us a basis for generating the explanations. But that raises another question: how do people understand devices? Model-based reasoning is a subfield of artificial intelligence focusing on device understanding issues. In any model-based-reasoning approach, the goal is to 'model' a device in the world as a computer program. Unfortunately, 'model' is a loaded term-different listeners understand the word to mean very different concepts. By extrapolation, 'model-based reasoning' can suggest several different approaches, depending on the embedded meaning of model.</p>
William E. Bond, Jon Sticklen, "Functional Reasoning and Functional Modelling", IEEE Intelligent Systems, vol. 6, no. , pp. 20-21, April 1991, doi:10.1109/64.79704
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