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Development of intelligent wheelchair simulator for indoor navigation simulation and analysis

机译:用于室内导航仿真和分析的智能轮椅模拟器的开发

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Disabilities affect majority of the world population nowadays. Autonomous wheelchair is one of the major assistive systems proposed for the disabled people to meet their daily locomotion challenges. Different algorithm and techniques can be used to find the optimal path in these types of intelligent wheelchair to navigate from a source to destination. Notable change in performance can be observed while testing with different algorithms and techniques. As the real world scenarios are so dynamic, replication of different test cases each time with the changing specification of the intelligent wheelchair for study is a strenuous process. Simulation study helps to analyze the different characteristics and behavior of the intelligent wheelchair without much strain. In this paper we describe the detailed study of fixed path algorithm and behavior of the autonomous wheelchair using simulation technique. We hope that such systems would be of great help in the rehabilitation process of the people affected by disaster, conflicts etc. apart from supporting elders.
机译:如今,残疾影响着世界大多数人口。自主轮椅是为残疾人应对日常运动挑战而提出的主要辅助系统之一。可以使用不同的算法和技术在这些类型的智能轮椅中找到最佳路径,以从源头导航到目的地。使用不同的算法和技术进行测试时,可以观察到性能的显着变化。由于现实世界中的场景是如此动态,因此每次更改不同的测试用例以及不断变化的智能轮椅规格进行研究都是一个艰巨的过程。仿真研究有助于分析智能轮椅的不同特性和行为,而不会造成太大的负担。在本文中,我们使用仿真技术描述了固定路径算法和自动轮椅行为的详细研究。我们希望,除了支持长者之外,这样的系统对受灾难,冲突等影响的人们的康复过程将有很大帮助。

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