The pressure sensitivity is proportional to the piezoresitive coefficient and the later is a function of temperatures , so after eliminating sensitivity thermal drift , the nonlinearity can be substantially compensate 压力传感器的压力灵敏度与压阻系数成比例关系，而压阻系数是温度的函数，所以非线性补偿的实质是消除温度对灵敏度的影响。
The pressure sensitivity is proportional to the piezoresitive coefficient and the latter is a function of temperature , so after eliminating sensitivity thermal drift , the nonlinearity can be substantially compensated 压力传感器的压力灵敏度与压阻系数成比例关系，而压阻系数是温度的函数，所以非线性补偿的实质是消除温度对灵敏度的影响。
( 2 ) . similar to mark w . spong [ 2 ] " s control structure , we propose a new control strategy for above model with only parametric uncertainty . the proposed scheme consists of two parts . the first part is the nonlinear compensating standard controller ( 2 ) .采用类似于markw . spon梦]的控制结构，针对该模型只具有参数不确定性时进行鲁棒性设计，控制器由基于标称模型设计的非线性补偿控制器lz ]和基于勿opunov理论设计的鲁棒补偿控制器。
In addition , based sensor thermal drift and nonlinearity principle , this paper has designed intelligent sensor hardware circuit and edited a c51 program . the circuit with micro - process is simple and cheap , though the result has still a little error 本论文根据压力传感器零点补偿与非线性补偿原理，设计出了测量压力传感器的硬件电路及c51软件编程，应用单片机技术测量电路简单，成本低，应用面广，但是由于自身的稳定性其测量结果仍存在误差。
Abstract : the multifunctional intellectualized data logging system that uses at89c51 as the nucleus is introduced , the system structure of software and hardware , as well as the non - linear compensation method for the system to use linear interpolation combining with searching contrast table are given 文摘:介绍了以at89c51为核心的智能化多功能巡检仪，给出了此系统的软、硬件系统结构以及适合本系统要求的线性插值与对分查找相结合的非线性补偿方法
In addition , based sensor thermal drift and nonlinearity principle , this paper has designed intelligent sensor hardware circuit and edited a software program . the circuit with micro - process is simple and cheap , though the result has still a little error 本论文根据压力传感器零点补偿与非线性补偿原理，设计出了测量压力传感器的硬件电路及软件编程，应用单片机技术测量电路简单，成本低，应用面广，但是由于半导体本身的特点其测量结果仍存在一定的误差。
In view of chaotic systems composed of a sum of a linear and nonlinear part , a compensative control method using radial basis function networks is proposed , the rbf networks trained can eliminate the nonlinear part of the chaotic system , the resulting system is dominated by the linear part 然后针对大多数混沌非线性系统由线性函数和非线性函数两部分构成的特点，用rbf网络补偿系统非线性部分，使原系统变成近似线性系统，再结合线性状态反馈控制技术，对lorenz方程和duffing振子进行了非线性补偿控制。
The new udp congestion control scheme has better performance than the other udp congestion control scheme such as tcp - friendly rate control ( tfrc ) protocol , especial in the throughput and tcp - friendliness . ( 3 ) based on the fluid - based data transmission , this thesis proposes a dynamic model for a simple ip network with a single bottle - neck link . we decompose the simple network into several basic parts and set up the corresponding dynamic models 结合上述的ip网络系统模型，实现了对tcp / ip网络数据传输动态过程的描述，并通过matlab仿真与ns仿真的实验结果对比，验证了tcp / ip动态模型的正确性与有效性; 5 .基于上述tcp / ip数学解析模型，对现有的主动队列管理策略进行了分析，提出了队列管理策略的主要控制目标，然后设计了一种带有非线性补偿的新的主动队列管理策略，仿真显示了该算法的性能要优于目前的red 、 pl等算法。
To the level control problem of a spherical tank , two model - free control methods are proposed . in the former method , the takagi - sugeno fuzzy model is used to tune the neuron controller gain . in the latter method , the model - free control method using the neural network model proposed for nonlinear plants is presented 针对具有非线性特性的球形容器液位受控对象，从增益自调整和非线性补偿两个角度，分别提出了两种非模型控制方法，前者采用t - s模糊模型对神经元控制器的增益进行在线整定，后者使用本文建立的非线性神经元网络对球形容器进行非模型控制。
This paper introduces the system from two facts which are hardware structure and driven program . and then , the principle of the non - linearity compensating method and the process of the software arithmetic are presented in details , at last , this paper proves that the platinum resistance temperature measurement system based on lpc2214 can work steadily for a long time , and the accuracy also satisfies the requirement totally according to the experimentation and calibration 本文首先从硬件结构和驱动程序两个方面对该测量装置进行了全面的介绍,然后详细论述了非线性补偿的原理和软件算法的实现过程,最后通过实验校准证明了基于lpc2214的铂电阻温度测量系统可以长时间稳定工作,测量精度也完全满足设计要求。
