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Aided navigation for disabled people: route recognition

机译:残疾人援助促进导航:路由识别

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In the last decade, several international researchers have developed intelligent wheelchairs for disabled people. Many of these projects have founded their control structure on a sensors-referenced control. Many types of control are available in this area, but the final choice is in charge of the user. A previous work has established a behavior based control, multi agent based control, which ensure the best choice of the control in a given local context according to user's preferences. In fact, this control tries to merge the man and the machine, in order to make a symbiosis to make the machine easily acceptable and the control more efficient. In this paper another approach, based on this behavior based structure, tries to assist the user in a global way. Using a modeling of the more often used routes, the intelligent system will assist the user in navigation by proposing the next movement in the case of a recognized route. This will avoid a new direction definition for the user, which can be long and difficult according to the pathology.
机译:在过去的十年中,几位国际研究人员已经开发了残疾人智能轮椅。其中许多项目已经在传感器引用的控制上创立了它们的控制结构。该区域可提供许多类型的控制,但最终选择负责用户。以前的工作已经建立了基于行为的控制,基于代理的控制,这确保了根据用户的偏好在给定的本地上下文中的最佳选择。事实上,这种控制试图合并男人和机器,以便制作共生使机器易于接受,控制更有效。在本文中,另一种方法是基于这种基于该行为的结构,尝试以全局方式帮助用户。使用更频繁使用的路线的建模,智能系统将通过提出识别路径的情况下的下一个移动来帮助用户。这将避免用户的新方向定义,这可以根据病理学长而困难。

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