PFC5.0-2D生成球

说明：  利用ansys apdl实现实体悬臂梁分析，有实例和命令流(Analysis of solid cantilever beam by ANSYS APDL)

微电网保护问题与传统配电网保护有着极大的不同，典型表现在以下几个方面：a.微电网在并网运行和孤岛运行两种运行方式下，短路电流大小不同且差异很大。b.微电网中电源及相关负荷的接地方式对故障电流的大小影响也很大。c.加入分布式能源后，微电网的双向潮流特性对微电网保护的方向判别也有新的要求。d.发生故障时，微电网与配电网的不同隔离策略需要与微电网保护相结合，这也是微电网保护的关键。(The problem of microgrid protection is very different from that of traditional distribution network protection. Typical manifestations are as follows: a. The short-circuit current of microgrid varies greatly under the two operation modes of grid-connected operation and island operation. B. The grounding mode of power supply and related loads in microgrid also has a great influence on the magnitude of fault current. C. With the addition of distributed energy, the bidirectional power flow characteristics of microgrid also have new requirements for the direction discrimination of microgrid protection. D. When a fault occurs, different isolation strategies of microgrid and distribution network need to be combined with microgrid protection, which is also the key of microgrid protection.)

说明：  一份关于数据挖掘的入门资料，进行了数据挖掘的基本介绍 还介绍了聚类，关联规则，决策树，神经网络(data mining, cluster, classification, Decision tree, Neural network)

VC++60编译通过，利用ODBC操作*.mdb数据库，非常完善的学生信息管理系统。可以改为其它数据库。(VC++ 60 compiler through the use of ODBC operation*. mdb database, an excellent student information management system. Could be converted to other databases.)

说明：  万能小偷插件,百度主动推送3.0破解版,百度主动推送网站链接！(Universal thief plug-in, take the initiative to push the 3 crack version, take the initiative to push the website link!)

稀疏矩阵计算器，以带行逻辑链接信息的三元组表示稀疏矩阵，实现矩阵相加相减相乘的运算。-Sparse Matrix Calculator

这是我收集基于tinyos实现的IEEE.802.15.4协议，希望能帮助大家-This is my collection of tinyos based implementation IEEE.802.15.4, we hope that can help you

说明：  一种基于稀疏算法的成像成像，主要是压缩感知下的稀疏成像算法(An imaging algorithm based on sparse algorithm is mainly a sparse imaging algorithm under compression perception)

MSP430驱动时钟芯片PCF8583 借口为IIC总线-MSP430 driver PCF8583 clock chip as an excuse to IIC bus

电动汽车用磷酸铁锂电池建模与SOC估算研究(Modeling and SOC estimation of LiFePO4 batteries for electric vehicles)