1.
Design about Joint Controller of Humanoid Robot Based on DSP
基于DSP仿人机器人关节控制器设计
2.
Research on the Joint Control System of a Modular Multi-Legged Walking Robot;
模块化多足步行机器人关节控制系统研究
3.
The Design and Implementation of Lower Limb Prosthesis Knee Joint Controller Based on DSP;
基于DSP的下肢假肢关节控制器设计与实现
4.
Study on Humanoid Robot Joint Servo Control System Based on CAN-Bus;
基于CAN总线的仿人机器人关节控制系统研究
5.
Research on the Control Strategy of the New Kind of Bending Joint and the Multi-Joint Finger;
新型弯曲关节及其多关节手指的控制策略研究
6.
Control system for DLR/HIT Ⅱ dexterous robot hand and synchronized control for base joint
DLR/HIT Ⅱ灵巧手控制系统及基关节同步控制
7.
Control the key milestone such as NRP and CER.
控制关键里程碑节点，如NRP,CER.
8.
The Critical Point Control for Quality of Fruit and Vegetable in Retail Link;
零售环节新鲜果蔬的质量关键点控制
9.
Internal Control Principle - the Joint Node in Enterprise Management Standardization;
内控制度——规范企业管理的关节点
10.
Dynamics Analysis and Control of 1P5R Flexible Joint Manipulator
1P5R柔性关节机械臂动力学分析与控制
11.
Design of a Bionics Shoulder Joint Driven By Pneumatic Muscle Actuators
基于气动肌肉仿人肩关节的运动控制
12.
On the key steps for the quality control over the SBS modified asphalt pavement
SBS改性沥青路面质量控制的关键环节
13.
The purpose of the idle speed control logic is to control engine speed at closed throttle.
怠速转速控制逻辑是用于控制节气门关闭后的发动机转速。
14.
one employed to control water supply by turning water mains on and off.
被雇来通过开关水管节点来控制水的供应的人。
15.
Tap-changing transformers also perform a voltage control function.
调节变压器的分接开关也可进行电压控制。
16.
The key of controlling CH4 emission lies in regulating irrigation water.
控制稻田甲烷排放的关键在于调节灌溉水。
17.
Vibration and Vibration Control of a Flexible Robot Arm with Multiple Joints
多关节柔性机器人手臂的振动分析和振动控制
18.
Research on the High Precision Posture Control of Parallel Manipulator Driven by Pneumatic Muscles;
气动肌肉并联关节高精度位姿控制研究