| J. C. Kunz. Analysis of physiological behavior using a casual model based on first principles. In Proc. 3rd Natl. Conf. in Artificial Intelligence, pages 225+, San Mateo, CA, 1983. Morgan Kaufmann. |
....AIM researchers [32] On the other hand, significant progress has been made in model based reasoning, mainly due to the development of theories and methods for qualitative modeling of physical devices and systems. Several model based computer programs have been devised in medical AI, such as AI MM [20] (dealing with a mathematical model of renal physiology) LOCALIZE [11] dealing with the localization of lesions within the peripheral nervous system) The Heart Failure Program [21] reasoning about the function of the cardiovascular system) etc. 23 The current problem of AIM is that with ....
J. C. Kunz. Analysis of physiological behavior using a casual model based on first principles. In Proc. 3rd Natl. Conf. in Artificial Intelligence, pages 225+, San Mateo, CA, 1983. Morgan Kaufmann.
....of the lung under various normal and pathological conditions [8] These characteristics might be regional differences in material properties, pleural pressure dynamics, volume, and blood flow. In the biomedical model based reasoning literature, detailed in [19] approaches such as AI MM [7] and many higher level physiological reasoners exploit anatomical connectivity but do not otherwise model space. We are not arguing that functional anatomy is necessary for all applications. Rather, we argue that it must be available for those whose realism and usefulness depend on it. 3 ....
J. Kunz. Analysis of physiological behavior using a casual model based on first principles. in Proc. of the 3rd National Conference on Artificial Intelligence, p. 225, 1983.
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