综述了基于pid的两轮平衡机器人技术

Shubham Malpani, Shrishti Gupta, Shreyansh Agarwal, M. Alam, Geetanjali Raj
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引用次数: 0

摘要

-分析了自平衡机器人的概念及其理论和实现。自平衡机器人基于倒立摆理论。在危机局势和山区,这些类型的机器人可用于提供药物。一个自平衡机器人有能力站直,只有通过使用两个轮子,使机器人的高度最小化。作为一个间谍机器人,它有一个非常成功的应用。它主要依靠倒立摆的框架和平衡与复杂的控制器和PID算法。创造这种自平衡机器人的想法是对潜在的移动两轮机器人的启发,可以使其更简单,更有效地供人类操作。我们可以通过在山区等丘陵地区使用机器人来减少人类生命死亡的风险,在发生灾害时提供服务,并在需要时提供救援行动。
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REVIEWING THE PID BASED TECHNOLOGIES BEHIND TWO WHEEL BALANCING ROBOT
- The analysis of the concept for self-balancing robots and its theory and implementations was proposed in this paper. Self-balancing bots are based on the inverted pendulum theory. In crisis situations and mountain regions, these types of bots can be used to provide medicines. A Self Balanced Robot has the ability to stand upright only by using the two wheels that minimise the bot 's height. As a Spy Bot, it has a really successful application. It relies essentially on the inverted framework of pendulum and balancing with sophisticated controllers and PID algorithms. The idea of creating this self-balancing bot is an inspiration for potentially moving two-wheel bots that can make it simpler and more effective for a man to operate. We can reduce the risk of human life mortality by using bots in hilly areas, such as mountains, in the event of disasters to provide services and to provide rescue operations at times of need.
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