|王飞跃; 张梅; 孟祥冰; 王蓉; 王晓; 张志成; 陈鸰; 葛均华; 杨田
|Other Abstract||The ACP theory that comprises artificial societies, computational experiments, and parallel execution is playing an essential role in intelligent technology, especially in modeling and control of complex systems. The ACP theory is introduced into the medical and surgery area, and the basic framework and key techniques for parallel surgery is proposed, in which the artificial surgical systems are used for modeling the doctors and patients to express complex real surgical conditions. The computational experiments are utilized to propose and evaluate a variety of operation plans. Finally, the parallel execution is conducted via interaction to optimize the operation plan and play a key role in real time operation guidance. This parallel surgery system integrates many technologies including rule extraction, computer graphics, virtual reality/ augment reality, machine learning and knowledge automation in order to highly improve the efficiency and accuracy of surgical operations.|
王飞跃,张梅,孟祥冰,等. 平行手术:基于ACP 的智能手术计算方法[J]. 模式识别与人工智能,2017,30(11):961-970.
王飞跃,et al."平行手术:基于ACP 的智能手术计算方法".模式识别与人工智能 30.11(2017):961-970.
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