Pallecant

PFC 的原理与分析设计 我们作比赛的资料(Principle and Analysis of PFC design we make the game data)

基于遗传算法的pid整定的maatlab的源代码 可直接使用。 (Based on genetic algorithm pid the tuning maatlab the source code can be used directly.)

纯弯构件受力分析，曲率-弯矩关系，荷载-挠度关系。(Pure bending component stress analysis, curvature- the moment the relationship between the load- deflection relationship.)

The MU-MIMO channel put forward by SAMURAI is based on the well established WINNER II GSCM [5]. We present an analysis of this model wrt its ability to model MU-MIMO channels correctly and propose some improvements to the original model. The model has also been implemented in C and will be used for further system level simulations.

kalman 滤波的 matlab 程序 (Kalman filtering procedures Matlab)

MSCart使用方法。MSChart各个属性介绍。数据如何传送到MSChart等。(MSCart use. MSChart introduced various attributes. How data is sent to the MSChart etc..)

说明：  读写锁： 一个简单的支持多个读，一个写控制源码(Read-write lock: the support of more than a simple read, a write control source)

IEEE4,5,16,118节点参数数据及数据表明。文档说明了118节点对应个数据的意义和存储格式。 在实际C和MATLAB中可以直接打开文件读入数据。(IEEE 118 node parameter data and data show. The document describes the 118 nodes corresponding to the significance of the data storage format.)

基于 嵌 入式系 统 理 论和 容 错系 统 体系 结 构， 结 合故障 一 安 全电 路的 设计 理念， 给出 了 一 种 嵌 入式 二乘 二 取 二容 错计算 机 联锁系 统的 硬件 设计. 深 入阐 述了 系 统 硬件电 路的 设计理论依据和工 作原 理， 同 时 给出了 设计中 的 元 件选型. 通过功能 测试， 系 统设计符 合故障 一 安全的 设计原则， 理论 计 算 表明， 其可 靠 性、 安全 性 达 到 铁 路 信号系 统 要求(Based on the theory of embedded systems and fault-tolerant system architecture, combining design fail-safe circuitry, gives a socketed Take two squares two-in fault-tolerant computer interlocking system hardware design. Further expounded on system hardware circuit design theory and work Design principles for the principle, and gives the design of the component selection through functional testing, failure of a safety system designed to meet the theoretical Calculations show that the reliability, security, railway signaling system requirements to achieve)

用MATLAB实现特定人的孤立词语音识别，包含完整程序(MATLAB implementation of speech recognition)