Department of Industrial Engineering and Logistics Management, Hong Kong University of Science and Technology, Clear Water Bay, Hong Kong,
Exp Brain Res. 2013 Nov;231(3):367-79. doi: 10.1007/s00221-013-3700-4. Epub 2013 Oct 1.
Current models for targeted-tracking are discussed and shown to be inadequate as a means of understanding the combined task of tracking, as in the Drury's paradigm, and having a final target to be aimed at, as in the Fitts' paradigm. It is shown that the task has to be split into components that are, in general, performed sequentially and have a movement time component dependent on the difficulty of the individual component of the task. In some cases, the task time may be controlled by the Fitts' task difficulty, and in others, it may be dominated by the Drury's task difficulty. Based on an experiment carried out that captured movement time in combinations of visually controlled and ballistic movements, a model for movement time in targeted-tracking was developed.
目前的目标跟踪模型被讨论并被证明作为理解跟踪任务的综合手段是不充分的,就像在 Drury 范式中一样,并且有一个最终的目标要瞄准,就像在 Fitts 范式中一样。研究表明,该任务必须分解为组件,这些组件通常是按顺序执行的,并且具有与任务的各个组件的难度相关的运动时间组件。在某些情况下,任务时间可能由 Fitts 任务难度控制,而在其他情况下,它可能由 Drury 任务难度主导。基于一个捕获视觉控制和弹道运动组合中的运动时间的实验,开发了一个用于目标跟踪的运动时间模型。