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结构修改1
- 基于c8051f330芯片开发的电机正反转控制系统，能同时完成参数的设定与显示，系统具有4~20mA的标准模拟信号输出-c8051f330 chip development based on the reversion motor control system parameters can be completed simultaneously with the creation shows that the system has a 4-20mA analog signal output st
BIOStest
- 用VC编写的FS44B0II BIOS，具有启动、引导，下载、烧写，设置日期、时间，设置工作频率等多种功能，并且支持各种参数的存储和自动调用。 可以用flashpgm等软件将BIOS烧写到Flash中去，BIOS的自身驻留地址位于NOR FLASH的0x1f0000处，系统参数保存在0x1ff000以上区域中。所以在烧写完BIOS，上电复位后先要执一定要执行backup命令把BIOS本身拷贝到NOR FLASH的高端1f0000去。-VC FS44B0II prepared by the
modelC
- 利用遗忘因子法和AIC辨识法，对一个输入输出数据已知的系统进行参数和阶次辨识。-use Fvrls and AIC identification method, a pair of input and output data of known system parameters and order identification.
slidingmodecontrol
- 滑模控制程序，可以实现对非线性，系统参数部分未知的系统控制。有一定的抗干扰能力-sliding mode control procedures can be achieved right nonlinear system parameters part of the unknown system. A certain degree of anti-jamming capability
slidingmode2
- 刘金坤老师的滑模控制程序，可以实现对非线性，系统参数部分未知的系统控制。有一定的抗干扰能力-Liujinkun teachers sliding mode control procedures can be achieved right nonlinear system parameters part of the unknown system. A certain degree of anti-jamming capability
L-System.F_tree
- 分形树的生成程序，用VC编程，有背景，可改变参数生成随机树和CAYLAY树-fractal tree formation process, with VC program, a background, can change the parameters generated random trees and tree CAYLAY
_B_UWB
- 基于simulink的uwb仿真 uwb.mdl: UWB model - open this to begin. uwb_lib.mdl: Library blocks for UWB model. uwb_init.m: Initialization called before model is loaded. uwb_settings: Sets up structure containing system parameters ( uwb in workspace).
Poisson_Random_Process
- 一个模拟泊松随机过程的小程序。可以计算系统平均等待时间，和平均对列长度。系统参数如 到来速率及离开速率均可在头文件里修改。另外通过修改头文件factorK可以将到来序列的概率分布改为Erlang分布。-a simulated Poisson random process of small programs. System can calculate the average waiting time, and the average length of the list. The system p
LMS
- 简单的最小二乘逼近算法，用于系统辨识，方便修改噪声参数和系统参数，为系统辨识和仿真作业的源代码。-Simple least-squares approximation algorithm for system identification to facilitate the modification of system parameters and noise parameters for the system identification and simulation of the sourc
BilinearSystems
- concerned with the blind identi cation of bilinear systems excited by higher-order white noise. Un- like prior work that restricted the bilinear system model to simple forms and required the excitation to be Gaussian dis- tributed, the result
final_report
- 国外的详细的OFDM设计过程文档，对学习OFDM非常有帮助，并且有仿真结果。-This report discusses the design and implementation of an OFDM modem for a simplex communication between two PCs over a frequency selective channel. First a brief introduction is provided by explaining the b
ForcedPendulum
- This simulink model simulates the damped driven pendulum, showing it s chaotic motion. theta = angle of pendulum omega = (d/dt)theta = angular velocity Gamma(t) = gcos(phi) = Force omega_d = (d/dt) phi Gamma(t) = (d/dt)omega + omega/Q
Fuzzy-moving-
- In recent years, sliding mode control has been suggested as an approach for the control of systems with nonlinearities, uncertain dynamics and bounded input disturbances. The most distinguished feature of the sliding mode control technique is its abi
A-New-Sliding-Mode-Control-Algorithm
- In recent years, sliding mode control has been suggested as an approach for the control of systems with nonlinearities, uncertain dynamics and bounded input disturbances. The most distinguished feature of the sliding mode control technique is its abi
fuzzy-neuro--network
- 摘要：为了减少先验知识对统一潮流控制器中模糊规则的设计和电力系统参数的变化对统一潮流控制器性能的影响， 文中采用模糊神经网络来设计统一潮流控制器-Abstract: In order to reduce a priori knowledge of the unified power flow controller in the fuzzy rules in the design and power system parameters on the unified power flow contr
Kingdee-K3-erp-basic-system
- 《金蝶 K/3 ERP—基础管理应用指南》以 K/3 ERP 系统的初始化和系统参数的设置为主 线，详细介绍了基础系统的初始化流程、与应用场景结合的系统参数设置和业务系统的初始 化，旨在帮助和指导用户进行金蝶 K/3 ERP 系统初始化和业务系统初始化的实施。-" Kingdee K/3 ERP-foundation management application Guide to K/3 ERP system initialization and system parameter
QPSK-system-simulation
- 使用半分析半仿真的方法进行QPSK系统仿真，分别计算在高斯信道、瑞利衰落信道、莱斯信道环境下的系统误比特率（BER）-Simulate a QPSK system(without coding), write a summary report in MS Word file containing the following items together with the necessary analysis & discussions. system diagram error per
System-identification
- 系统辨识与自适应仿真程序，能够辨识出系统的参数，可以运行结果，非常实用的系统辨识程序。-System identification and adaptive simulation program, can identify the system parameters, can run the results, very practical system identification procedures.
service installer exception system parameters
- win7服务与桌面交互，设置c#windows服务描述及允许服务与桌面交互的几种方法(service installer exception system parameters mfc)
mooring system parameter calculation
- 运用java对系泊系统的参数进行计算，建立算法模型。(The parameters of mooring system are calculated by Java, and the algorithm model is established.)