系统控制器

• The functions which pv system controllers need to have are discussed in theory too , such as controlling of charging and discharging , adaptation of orientation and position of solar cell , maximum power point tracking ( mppt )
  本文还从理论上探讨了光伏系统控制器应具有的功能：对蓄电池充放电的控制，对太阳方位和高度的跟踪，对太阳能电池最大功率点的跟踪。
• The baseband processor and system controller interface in wireless communication , which is utstarcom , the center of researching wireless communication software a part of data transmission passway of simulator of user equipment
  无线通信中基带处理器与系统控制器接口是ut斯达康公司无线通信软件研究中心设计的userequipment模拟器中的数据传送通道的一部分。
• System stability is realized . the control strategy is extended hybrid chaotic system and a designing controller method of hybrid chaotic system is deduced . from lyapunov stability theory of nonlinear system , got convergent region of system
  在此基础上，将该控制策略推广到混杂混饨控制系统中，并进一步推导了混杂混炖系统控制器的设计方法，根据非线性系统李雅普诺夫稳定性理论，得出了系统的收敛区域。
• How to design the controller are mainly discussed in chapter three . because of the difficulties of the pid arithmetic , signal neuron controller ( snc ) are combined in order to overcome the shortages of the pid arithmetic , which has self - learning and self - adaptive ability
  第三章主要是控制系统控制器的设计，针对常规pid算法的缺点，本文将pid与神经网络相结合，利用神经网络的自学习功能实时的改变控制器的参数。
• 5 . according to the non - linear and time variant feature of the object under control in dynamic positioning system , a controller for dynamic positioning system is designed , and a strong robust self - learning fuzzy - sliding mode controller is produced , which enhanced the performance of the control system
  5 )根据动力定位系统被控对象非线性和时变的特点，设计了动力定位系统控制器，提出了一种强鲁棒性的自学习模糊变结构控制器，提高了控制系统的性能。
• Furthermore , the well - known separation principle for designs of controllers and observers in linear system theory are proved to be hold for fuzzy large - scale systems considered in this dissertation , which is important for analysis and design problems of controllers and observers of interconnected fuzzy large - scale systems
  并证明了对于关联模糊大系统而言，线性系统中著名的控制器及观测器设计的分离原理也是成立的，这对于非线性关联模糊大系统控制器与观测器的分析与设计问题具有重要的意义。
• I have studied the designing technique of the interface circuit in the course of designing entirely , have put forward the interface model with the processor and system controller of the base in wireless communication ; design data line up with data interface , line up module propose horizontal input , vertical algorithm that output in data
  笔者在整个设计过程中，研究了接口电路的设计技术，提出了无线通信中基带处理器与系统控制器的接口模型；设计了数据排队与数据接口，在数据排队模块提出了横向输入、纵向输出的算法。
• A temperature signal physical simulation method is proposed in this paper . the temperature simulation system is constructed and its controller is designed . the experiment results indicate that the temperature simulation system can meet the requirement of the matter - in - loop simulation of aero - engine control system
  本文提出涡轮出口气体温度信号的物理模拟方法,构建了温度模拟系统,设计了温度模拟系统控制器,进行了温度模拟系统试验,试验结果表明温度模拟系统基本满足航空发动机控制系统半物理仿真的需求。
• Because deh system can use feedback signal of the first class pressure as practical power of turbine , it can avoid the reverse control , have the good ability of anti - disturbing . by the sophisticate control logic deh can make swift change of the control demand for following best value according to the circumstance , largely improved the dynamic characteristic when the unit sundenly discharge the full load
  Deh系统控制器中的pid系数可根据试验情况方便的调整，实现较好的动态特性，并可使调汽门动态过开，使再热机组有良好的一次调频能力； deh系统可采用调节级压力做为汽轮机实发功率的反馈信号，避免出现反调现象，抗内扰和外扰能力强。
• Finally , introduces the electric circuit realization of the transmitter principle prototype in the multi - beam bathymetric system . the hardware development divides into three modules to carry on , respectively was the module of signal occurrence , the central controller and the the module of power enlargement , the article separately discussed each module principle of work and the realization plan
  最后,介绍了多波束测深系统中发射机的原理样机电路设计与实现,硬件研制分为三个模块进行,分别是信号发生模块、系统控制器和功放模块,文章分别讨论了各个模块的工作原理和实现方案。