不良生活方式(包括饮食习惯、适量运动及控制体重)也得到改变。
Life styles, including diet habit, proper exercise and weight control, were improved as well.
本文介绍了协同式三自由度运动平台计算机控制系统的硬件设计及实现方法。
This paper presents hardwares design and realization of computer control system of three degree - of - freedom motion platform.
给出了系统控制策略、运动检测算法及实验结果。
Control strategy of the system, motion detection algorithm and experiment results are given.
对PLC的数据存储单元移位及移值标记的提取，实现对运动工件分组信息跟踪和分组控制。
Extraction the moves' mark and shifting the PLC data storage unit, realizes to the movement work piece's track and the separation control.
虚拟人的运动生成及控制是虚拟人技术的重要研究方向。
The motion generation and control techniques are one of the most significant aspects of virtual human technology.
本文主要对六自由度摇摆试验台的系统设计、运动学理论、位姿误差及控制方法四方面进行分析和研究。
The major research works completed in this dissertation includes: six free-degree swing platform system design, kinematics theory, pose error analysis and control methods.
结果硬踝足矫形器能够在三个平面提供合理的运动控制，能较好地控制踝跖屈、内外翻及抑制痉挛。
Result rigid ankle foot orthoses could supply a reasonable motion in three levels control ankle joint plantar flexion varus and valgus and inhabit spasticity.
这里论述了运动控制器的总体功能特性，并分别介绍了运动控制器的几个重要组成部分，如主控程序、插补模块及速度控制等。
The paper described the collectivity function characteristic and several important components of movement controller, for example main control program, interpolation module and velocity control.
它是利用数字化的信息对机床运动及加工过程进行控制的一种方法。
It is the use of digital information on the machine tool movement and control of processing methods.
该病患者运动时摇晃，身体控制力逐渐下降，通常伴随人格改变，抑郁及自杀风险增高。
A person cannot move without shaking, and physical control gradually deteriorates, often with accompanying personality changes, depression and increased risk of suicide.
着重介绍了它的机械结构及位置调整运动控制算法。
This article emphasizes the mechanism, position adjusting and motion controlling algorithm.
讨论并分析了建立水下无人潜器(AUV)自主运动控制规则库的必要性和重要性及可行性。
In this paper the necessity and importance that construct a automatic motion control Rule Base in automatic under vehicle (AUV) are addressed.
然后针对水下航行器制导系统多任务特点，讨论了水下航行器制导系统的动力学、运动学模型及控制、导引方程，并对其任务进行详细划分。
The dynamic and kinematic model, control and guidance equations of underwater vehicle are discussed, which tasks are divided in details, according to it's characteristics.
解耦型球关节能实现运动解耦，基于该关节所构造的工业机器人将具有灵巧及易于控制的特点。
The decoupling spheric joint can realize movement decoupling. Industrial robot based on this joint will have lots of unique characteristics such as smart and easy to control.
文章在电力系统转子运动方程中计及了SSSC的作用，提出了SSSC的自适应变参数非线性控制方法。
Here, the action of SSSC is taken into account in rotor motion equations of power system and an adaptive nonlinear variable parameter control method for SSSC is proposed.
它的关键部件是控制人工腿膝关节屈伸运动及小腿摆动的智能控制器，其常常采用模糊控制策略。
Its crucial part is intelligent controller, which controls bend and stretch of the knee joint of artificial leg as well as shank swing and often adopts fuzzy control strategy.
在这项研究中，研究人员分别给予两组小鼠控制性饮食和高脂性饮食，然后将它们分成单独的运动组及对照组。
In the study, researchers fed two groups of mice a control diet and a high fat diet and then divided them into separate exercise and sedentary groups.
实践表明该控制卡能满足运动控制部分的精度及速度要求。
The practice proves that this board can satisfy require of motion control on precision and speed.
运用运动弹性动力学方法建立高速曳引式电梯机械系统的动力学模型，进行其动态特性分析及振动控制研究。
The dynamic model of a high-speed traction-elevator is built up the dynamic characteristics of the system are analyzed and the vibration control techniques are studied.
通过系统状态预估及对状态运动的分析，设计了可以完全消除系统抖振的滑模控制器。
After state preestimate and state movement analysis, a discrete sliding mode controller which can essentially avoid the chattering phenomenon is designed.
目的：探讨运动训练及饮食控制对以超重或肥胖为基础的代谢综合征患者及高危者的治疗改善作用。
Objective: To observe the effect of treatments by exercise and diet controlling on the patients and high risk persons with obese-based or overweight-based metabolic syndrome.
活塞环必须保持自由以便能正确地运动及维持好的密封。在活塞环槽内和活塞岸上的沉积物必须被控制。
Rings must remain free to function properly and to maintain a good seal. Deposit build up in the ring grooves and on piston lands must therefore be controlled.
本文对晚新生代贵州喀斯特地貌演进的三大控制因素 ，即地质基础、新构造运动及挽近气候波动进行了分析论证。
In this paper, three determined factors influencing on the evolution of karst geomorphology of upper Cenozoic in Guizhou, e.
因此，此类神经网络非常适合于机器人运动学模型辨识及运动控制。
Therefore, the neural network is very suitable for the kinematic model identification and motion control of manipulator.
燕山运动控制着盆地次一级构造单元的格局及局部构造的形成。
Formation of the secondary structural units of the basin and formation of local structures are controlled by Yanshan movement.
由于机械手与其本体的动态耦合，给机械手带来了许多运动学、动力学及控制方面的问题。
These manipulators will encounter a number of kinematic, dynamic, and control problems caused by the dynamic coupling between the manipulator and its spacecraft.
症状包括不受控制的运动，情绪紊乱及精神颓废。
Symptoms include uncontrolled movements, emotional disturbances and mental deterioration.
潜艇近水面运动情况下的深度及纵倾控制问题是一种非线性控制问题，潜艇自身质量及航速的变化、以及外界不规则海浪使得控制系统难于设计。
Submarine depth and rolling control near the water surface is a kind of nonlinearity control problem. The change of submarine mass, speed and ocean wave make it difficult to design of control system.
介绍了开放式运动控制器PMAC的结构及原理。
In this paper, the structure and principle of PMAC open movement controller were introduced.
介绍了开放式运动控制器PMAC的结构及原理。
In this paper, the structure and principle of PMAC open movement controller was introduced.
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