The VSC system integrates traction control (TRC) to help limit rear wheel spin on slippery road surfaces.
VSC系统整合牵引力控制系统(TRC)，在光滑路面上行驶时，有助于限制后轮打滑。
The chattering of the VSC system is effectively minimised by designing a load thrust observer and disturbance feed forward compensation.
通过负载推力观测器的设计和扰动的前馈补偿，有效地削弱了变结构控制产生的抖振。
The chattering of the VSC system is effectively minimised by designing a load thrust observer and a disturbance feed forward compensation.
负载推力观测器和扰动前馈补偿的设计有效地削弱了变结构控制产生的抖振。
The theoretical reasoning and simulation results show that continuous time VSC system can be more robust than PID system, and chattering control an be partially decoupled with system dynamics.
理论分析和仿真表明，连续时间系统变结构控制确实具有一定的鲁棒性，并且能够实现抖振控制与系统控制的部分解耦。
This file provides the VSC and a Discover application that is used to take snapshots of the system.
该文件提供VSC和一个用于为系统创建快照的Discover应用程序。
By using the invariance property of VSC, the controlled system independent of the uncertainty which satisfies the matching condition on the sliding surface.
利用变结构控制的不变性，使受控系统在滑模面上与满足匹配条件的系统不确定性无关。
The key to VSC for multi-input nonlinear system is the design of a switch function which should ensure the stabilization of sliding mode.
多输入非线性系统变结构控制器设计的关键之一是寻求切换函数使得滑动模态渐近稳定。
For a specific pneumatic pressure control system, varied structure VSC control is applied, slide valve control law is designed and a good result is achieved.
针对一特定的气动压力控制系统，采用变结构VSC控制，设计了滑模控制律，获得良好的效果。
The power transmission equation of VSC is simplified by coordinate transformation, and the control system for transmitted power of VSC is designed by use of unsymmetrical triggering method.
并通过坐标变换简化了VSC的功率传输方程，还采用不对称触发策略设计了VSC的传输功率控制系统。
In this paper the design of a discrete time variable structure controller (VSC) for a brushless DC motor drive (BLDCM) position servo system is introduced.
介绍了无刷直流电动机(BLDCM)位置伺服系统离散时间变结构控制器的设计方法。
According to the given topology of voltage source converter based HVDC system (VSC-HVDC), three-phases mathematic model in stationary frame is established.
在讨论电压源型高压直流输电（VSC-HVDC）的控制策略中，根据所给出的拓扑结构，建立三相静止系统下的数学模型；
We also analysised and made the corresponding countermeasure for the disturbance on system and the vibra of VSC.
针对系统的内外扰动与变结构本身的抖振问题进行了分析并采取了相应的对策。
An experimental study of the pneumatic muscle control system was carried out based on Variable Structure control (VSC), and its control characteristics were analyzed.
采用变结构控制对单根气动人工肌肉系统进行了实验研究，分析了气动人工肌肉系统的控制特性。
According to VSC-HVDC system requirements and the design scheme, the characteristics of the high-power VSCs of wind farm side and grid side are studied.
根据轻型直流输电系统要求及本文的设计方案，研究了机组侧和网侧的大功率VSC的特性。
A hybrid modulation method is proposed for the HVDC system using voltage sourced converter (VSC) technology, which performs satisfactorily both in steady state and in dynamic state.
提出了一种适用于基于电压源换流器的直流输电系统的混合调制方式，可满足输电系统的暂态响应和稳态特性的需求。
It shows that the proposed VSC is characterized by good dynamic performance for tracking the prescribed line, and robustness against the uncertainties in the system.
对比结果表明，所设计的控制器对设定直线的跟踪具有良好的动态特性，对系统的不确定性具有较强的鲁棒性。
The strong coupling and nonlinearity of VSC-HVDC system with the LC filter in the synchronous rotating frame brings difficulty to the design of its controller.
在同步旋转坐标系下，包含LC低通滤波器的VSC-HVDC系统表现出强耦合、非线性特性，不利于控制器设计。
VSC has been widely used in many domains, such as robot, power system and power electronics.
变结构控制已成功地应用到许多方面，如机器人手臂、发电机及电力电子系统。
The simulation model for the grid connection of offshore wind farm via VSC-HVDC based on the fixed pitch constant speed wind power generation system is established.
建立了基于定桨距恒速风力发电机系统的海上风电场直流并网仿真模型，并对风电场几种典型运行情况的并网性能进行了仿真分析。
The VSC translating power control system adopting inverse system nonlinear control and VSC-HVDC control system based on respective adjustment of active and reactive power are designed.
万顺昌转换功率控制系统，采用逆系统非线性控制和VSC - HVDC控制系统的基础上相应的调整有功和无功功率的设计。
The reliability model and analysis method of the converter valves in VSC-HVDC system is mainly concerned.
文章主要对柔性直流输电换流器的换流阀进行可靠性建模与分析。
HVDC Light is a new HVDC transmission system, based on Voltage Source Converters (VSC) and Pulse Width Modulation (PWM).
轻型直流输电是一种新型的直流传输技术，采用电压源型(vsc)换流站以及PW M控制技术。
In this paper, a class of continuous VSC scheme is studied and the system "s stability and advantages are further discussed. This scheme is introduced into ship manoeuvring in restricted waters."
本文研究一种连续的变结构控制方案，进一步讨论了其稳定性及优点，并将其引入限制水域的船舶操纵中。
In this paper, a class of continuous VSC scheme is studied and the system "s stability and advantages are further discussed. This scheme is introduced into ship manoeuvring in restricted waters."
本文研究一种连续的变结构控制方案，进一步讨论了其稳定性及优点，并将其引入限制水域的船舶操纵中。
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