Hexapod: A spider for terrain and obstacle shunning by arduino

V. B. Jagtap, Amol B. Jagdale, P. Kadu
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引用次数: 3

Abstract

Robots are controlling today's tech-machines scenario and world is ready to accept the new trends the for useful operations. In some industries, a part of work which signify threat and consequently, very strict security rules e.g. some of the work in nuclear plant, where human can't go or its should be avoided as well as such condition such as underwater exploration even on terrain surface too where human can't go on defined destination or somehow it's difficult to reach on defined destination even in surface such as rock, mud, natural water flow, sometimes it's impossible to move for any human Here we come up with the solution for this type of problem to develop a Spider robot i.e. hexapod, so that it will overcome not only above examples but it will be a spider robot base system which will be used anywhere in the similar type of situations. Gravitational Search Algorithm would be utilized for gravity search and to run the same system like insects. We would explore the parameters from Gravity algorithm for stabilization of body of the Spider system We will implement artificial intelligence part into the same system as well as GSA algorithm so that spider's locomotion will be like insects and dew to AI, avoidance of obstacle is possible. The physical spider robot system controlled by arduino technology and motors with fabricated body. For development of spider robot we are in planning to use Insects as source of inspiration because the characteristics from the insects such as gaits based on traveling high speed, avoiding obstacles very fast, ability to easily navigate on uneven terrain surface.
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六足机器人用 arduino 控制地形和障碍物的蜘蛛
机器人控制着当今的科技和机械领域,世界已经准备好接受新的趋势,以便进行有用的操作。在某些行业,有一部分工作意味着威胁,因此需要非常严格的安全规则,例如核电厂的一些工作,人类无法进入或应避免进入,以及水下勘探等情况,甚至在地形表面,人类也无法到达指定的目的地,或者在岩石、泥浆、自然水流等表面很难到达指定的目的地,有时人类根本无法移动。六足机器人,这样它不仅能克服上述问题,还能成为一个蜘蛛机器人基础系统,在任何地方遇到类似情况时都能使用。重力搜索算法将用于重力搜索,并像昆虫一样运行相同的系统。我们将在同一系统中实施人工智能部分以及重力搜索算法,这样蜘蛛就能像昆虫一样运动,并通过人工智能避开障碍物。实体蜘蛛机器人系统由 arduino 技术和带人造身体的电机控制。在开发蜘蛛机器人的过程中,我们计划使用昆虫作为灵感来源,因为昆虫的特点是基于高速行走的步态,避开障碍物的速度非常快,能够在不平坦的地形表面轻松导航。
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