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1·You can see at any moment in a lap speed, throttle / brake position, steering angle and track position.

可以通过微调油门来使重量转移到车头，帮助增加前轮的牵引力，使转向能力增强，修正转向不足。

2·To keep bicycle self-balance, the steering angle, the roll-angle and the rear wheel velocity were taken as system outputs;

为了达到使自行车机器人保持自平衡的目的，将车把转动角度、车体倾倒角度和后轮转动速度作为系统输出；

3·The method of using the absolute rotary encoder to measure the steering angle is suggested. At the same time, the circuit wh…

介绍了采用绝对值型编码器测量转角的方法，并给出了传感器与电子控制单元之间的接口电路。

4·Data typically collected includes speed at time of impact, steering Angle, whether brakes were applied, and seatbelt usage during the crash.

主要收集的数据包括受到影响时的速度，方向盘角度，是否踩了刹车，以及撞车时安全带使用情况。

5·Control signal was sent to Controlling Module. Brushless motor and steering component changed the steering Angle in order to avoid obstacles.

控制执行模块接收到控制信号后，通过触发无刷电机驱动转向机构，改变被控对象的行驶方向，从而实现避障。

6·In this control strategy, the steering radius and the vehicle velocity is utilized to control the drive force and steering Angle of each electric-wheel.

此控制策略根据汽车的转向半径和行驶速度来控制各电动轮输出的驱动力和转向角。

7·As an instance, DLQR was applied in determining the control input in the front steering Angle compensation control (FSAC) model for heavy duty vehicles.

作为应用举例，DLQR用于重载汽车前轮舵角补偿控制(FSAC)模型中确定控制输入。

8·The characteristics of steering angle, steering torque and the pressure in cylinder were analyzed when the steering wheel was held or not in the testing.

着重分析了在阶梯路面上汽车液压动力转向系统在方向盘脱手和未脱手的两种工况下方向盘转角特性、方向盘转矩特性和转向动力缸的压力特性。

9·This text establishes the dynamic model of vehicle light steering Angle and vehicle speed, front-wheel turning Angle based on the vehicle safe braking distance.

本文以汽车车速和前轮转向角为基础，以汽车安全刹车距离为依据，建立了车灯转角与车速、前轮转向角之间的动态模型。

10·The motion tracking characteristics of steering Angle based wheel trailer system were studied. Two mechanism models which satisfy the definition of the steering Angle were present.

分析了基于牵引操舵角的轮式拖车系统的运动跟踪特性，提出了两种满足牵引操舵角概念的机构模型。