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mycar1.5
- 基于陀螺仪的直立小车设计，采用PID控制，获得不错的成绩-Gyroscope upright trolley design, PID control, get good grades
Upright-driving-reference-design
- 第七届全国大学生“飞思卡尔”杯智能汽车竞赛，电磁组直立行车参考设计方案-Seventh National Undergraduate Freescale Cup smart car competition, electromagnetic set upright driving reference design
yijidaolibai
- 单级倒立摆的模糊控制以及在MATLAB中的仿真倒立摆在研究双足机器人直立行走、火箭发射过程的姿态调整和直升机飞行控制领域中有重要的现实意义，相关的科研成果己经应用到航天科技和机器人学等诸多领域-A handstand on the study of bipedal robot to walk upright, rocket launch posture adjustment and in the field of helicopter flight control have important
Vertical-reference-scenario
- 飞思卡尔智能车竞赛直立方案，提供了原理以及相关电路说明-Freescale smart car competition vertical solutions, providing a descr iption of the principles and associated circuits
L3G4200D_IIC_OVER
- XS128用IIC模拟通道来接收数字陀螺仪的数据及其融合处理加速度计来控制直立车的平衡-XS128 with IIC analog channel to receive digital processing accelerometer gyroscope data and its fusion to control vertical car balance