In this paper , the method of compensation was used in the module of the offset coefficient to modify the matrix of resistor . it enhances the speed of calculation . and , the c + + language was used in the traditional setting programming 其中，在分支系数计算模块中，采用补偿法来修改阻抗矩阵，大大提高了计算速度；在整定计算模块，把传统的整定公式和c ~ ( + + )语言相结合，减少了工作量。
According to the effect mechanism of mutual coupling on the system , a method of mutual coupling compensation in antenna arrays is proposed , a comparison of compensation results between the proposed method and the conventional method is made 根据互耦对系统的作用机制，给出了补偿互耦影响的方法，把用此方法和用开路电压补偿法得出的恢复期望信号做了比较，补偿效果明显优于开路电压法。
According to the characteristics of dtc ( direct torque control ) in induction machine , this paper analyzed the estimation error of flux linkage and torque , and introduced an improved method of flux estimation , a compensation method based on low - pass filter 摘要根据感应电机直接转矩控制的特点，对低速下磁链观测误差产生的原因进行了分析，给出了一种磁链观测的改进方法低通滤波器补偿法。
Different kind space cameras use different image motion compensation methods and drift angle controls respectively . applications of drift angle control in mechanical image motion compensation and electronic image motion compensation are introduced and analyzed in this paper 不同类型的空间相机有不同的像移补偿方法，也就有不同的偏流角控制方法，本文对机械像移补偿法、电子学补偿方法等像移补偿方法中的偏流角控制及作用进行分析。
It is difficult to estimate indent depth in theory . this paper presents two methods to estimate the relationship between dent depth and contact force , respectively amend method and deflection compensate method , which are developed by using a clear geometrical relation to express indent , incursion profile and deflection difference 本文以一种新的观点,用一个明确的几何关系来确定压痕、压头与板的接触面剖面及接触中心点与边界点之间的挠度差三者之间的关系,提出两种近似预测接触力与压痕深度关系的方法? ?修正法和挠度补偿法。
This paper presents a new processing method - locus compensating method after analyzing the present processing situations of aspheric parts . using the formula of equidistant line , we create the mathematical model of working principle of the locus compensating method , demonstrate the correctness , feasibility and practicability of the method and made corresponding processing program with matlab and vb . at last , we devise the corresponding general structure of machining tools on the basis of above 针对国内外非球面加工现状，本文提出一种新的加工方法-轨迹补偿法，利用等距线公式，建立了轨迹补偿法加工原理的数学模型，分析论证了轨迹补偿法的正确性、可行性、实用性，并应用matlab和vb编制出相应的加工程序，在此基础上，设计出相应加工机床的总体结构。
Based on the research of the complex angle and the bias compensation techniques , the dynamic compenstion with relative phase is developped for elevation tracking & measure with the amplitude - comparison monopulse radars , and it is proved to be a optimum technique by thoery and simulations 因此，在深入研究复角法和固定偏差补偿法的优缺点基础上，本文针对单脉冲比幅测角体制的雷达，提出了一种新的俯仰角测量算法?联合相位的动态偏差补偿法，理论分析和计算仿真证明这种算法了这种算法的优越性。
This paper analyses model and control system of upfc and tcsc , and respectively completes interface with network , upfc using equivalent load decoupled algorithm and tcsc using compensation algorithm . by programming software , transient stability computation for power system containing facts devices can is realized . the correctness and effectiveness are proved using numerical example in the modified epri - 36 bus system 本文详细分析了facts元件中upfc 、 tcsc的模型和控制系统， upfc采用等效负荷解耦算法， tcsc采用补偿法分别实现了与电力网络的接口，通过编制相关程序，实现了混合系统中含upfc 、 tcsc的暂态稳定计算，并以修改过的epri - 36节点系统为例，验证了该算法的正确性和合理性。
At the last of this paper , we summarized the deficiencies of simulating pre - stressing anchor and proposed the new and accurate simulating method which is given up the traditional tow points applied forces and applied a point reverse forces , made beam element simulate the anchor bolt , made interface element simulate concrete . in addition , we proposed two simulating methods applied on flock anchors which improved on considering the contribution of anchors " tangent - orientation stiff . one is post - stressing offset method ; the other is anchor element method 另外，本文还提出了两种改进原有群锚模拟中没有考虑锚索限制变形的侧向刚度贡献的方法，即后续张拉补偿法和锚索单元法，通过平面直线型滑动破坏中这两种方法与传统群锚的两点集中力法的比较、分析，表明这两种方法的结果与实际情况较为相符。
Finally , the rules used to design the induction motor and set the inverter v / f curve are summarized to improve the stability of the system movement in the forth part of the dissertation , three measures are brought forward to eliminate the system low frequency oscillation . the first measure adopts pulse based dead time compensation to suppress the oscillation . as second measure , considering the motor and inverter as an integration , the discontinuous space vector modulated strategy named dpwm3 is proposed for the first time to suppress the oscillation 措施一是在总结常用死区补偿方法的基础上，提出脉冲为基础的死区时间补偿法( pbdtc )对死沈阳工业大学博士学位论文区进行补偿，抑制系统的低频振荡;措施二是从逆变器与电机的机电一体化配合更加完善的角度，首次提出采用不连续空间矢量调制策略dpwm抑制系统的低频振荡;措施三是通过对系统中电机参数的调节，达到抑制系统低频振荡的目的;最后进行了实验验证。
