pid控制器代码matlab-TWIP-Self-Balancing-Robot:双轮倒立摆机器人

上传者: 38500222 | 上传时间: 2021-08-03 21:00:49 | 文件大小: 21.54MB | 文件类型: ZIP
pid控制器代码matlab 自平衡机器人 作为ESD601最终项目的一部分设计的双轮倒立摆自平衡机器人。 问题陈述 平衡机器人是动态系统中控件的常见演示。 由于平衡点固有的不稳定性,必须采取适当的可控制性和可观察性的措施,以使系统稳定在所需的平衡点附近。 在本项目中,我们使用TIVA C系列启动板评估套件设计并构建了一个自平衡PID控制机器人。 平台:Tiva开发套件EK-TM4C123GXL 需求收集 应该是自我平衡的,并且在不受控制的情况下固有地不稳定。 应该有健壮的控制。 出于学术原因,应使用Tiva来构建系统,而无需任何第三方库。 应采用带有足够电池寿命的板载电源的模块化设计。 规格 应该有两个重心在车轮轴上方的车轮,以使系统不稳定。 应该有一个PID控制回路,该回路每10毫秒更新一次。 响应时间应少于3秒。 最大恢复角度应为15度。 一次充电的电池寿命应大于1小时。 方法 准备了项目章程和甘特图。 评估了风险-预计IMU会发生故障,因此计划将QEI和车轮编码器用作第一步。 活动分为3个核心小组 研究阶段-研究了各种方法,组件和模块。 详细研究了所有组件,模块及其数据表。 工

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