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Models of Motor Control and Performance

机译:电机控制和性能模型

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摘要

Modern models of motor control and performance provide significant advances over the tried and true Fitts' Law on which Human Factors professionals still depend. However, the topic of motor control and performance is complex and the issues surrounding almost every aspect of the topic at times seem confusing or confused. To cut through this confusion, this symposium has assembled five researchers who represent different constituencies in the development and use of motor models. An overview will be provided of cognitive models of motor control as well as biomechanical and neural models. Unfortunately, the most modern models of motor movement have not been integrated into cognitive architectures such as ACT-R and EPIC. The Symposium will include a discussion of the obstacles to and advantages of such integration. Complex models may thrill the heart of the specialist with the subtleties that they embody, but may be difficult for the practitioner to use. An important question that will be posed and discussed is how simple can motor modeling be and still be useful?
机译:电机控制和性能的现代模型大大超越了人为因素专业人员所依托的久经考验的菲茨定律。但是,电机控制和性能主题很复杂,围绕该主题几乎每个方面的问题有时似乎令人困惑或困惑。为了消除这种困惑,本次研讨会召集了五位研究人员,他们分别代表了开发和使用运动模型的不同人群。将概述运动控制的认知模型以及生物力学和神经模型。不幸的是,最现代的运动模型尚未集成到诸如ACT-R和EPIC之类的认知架构中。专题讨论会将讨论这种整合的障碍和优势。复杂的模型可能会以其所体现的精妙之处而使专家的心激动,但对于从业人员而言可能很难使用。将会提出并讨论的一个重要问题是,电机建模如何变得简单并且仍然有用?

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