Drivers

说明：  VUMAT 子程序 用于层合板的渐进失效分析，利用Tsai-wu准则对层板失效进行判断(VUMAT subroutine The Tsai Wu criterion is used to analyze the progressive failure of laminates)

matlab的c语言s函数，实现手动与自动控制的无扰切换，具有两个参数：一个是切换信号，为1时自动控制，为0时手动控制；另一个是手动控制值。-Matlab language c s function, manual and automatic control to achieve the Bumpless Transfer, with two parameters : a signal is switched to 1:00 automation, 0:00 a.m. to manual control; Another is the value of manual control.

visual basic程序实现内行星轮机构设计-visual basic program in planetary gear design

说明：  Info about transistors

说明：  这是一段关于在eclipse＋myeclipse环境下，struts学习用的flash教程，非常好！(This is a+ eclipse on the notion environment, struts to study the flash tutorial, very good!)

说明：  设计一个8位的简易频率计，测出信号的频率，即1s内变化的次数。(An 8-bit simple frequency meter is designed to measure the frequency of the signal, i.e. the number of changes in one second.)

malmquist total factor productivity index

说明：  显示模拟时钟和数字时钟能看到指针在动可附加红外程序或者温度程序。(Display analog and digital clocks to see the pointer moving can be added to the infrared program or temperature program.)

[JAVA.rar] 企业员工考勤系统！！ ！员工考勤系统-Staff Attendance System

ofdm信道特性 Channel transmission simulator Channel transmission simulator ％ ％ inputs: ％ sig2 - noise variance ％ Mt - number of Tx antennas ％ Mr - number of Rx antennas ％ x - vector of complex input symbols (for MIMO, this is a matrix, where each column ％ is the value of the antenna outputs at a single time instance) ％ H - frequency selective channel - represented in block-Toeplitz form for MIMO transmission ％ N - number of symbols transmitted in OFDM frame ％ ％ outputs: ％ y - vector of channel outputs (matrix for MIMO again, just like x matrix) ％ create noise vector sequence (each row is a different antenna, each column is a ％ different time index) note: noise is spatially and temporally white(channel characteristics of OFDM Channel transmission simulatorChannel transmission simulator inputs: sig2- noise variance Mt- number of Tx antennas Mr- number of Rx antennas x- vector of complex input symbols (for MIMO, this is a matrix, where each column is the value of the antenna outputs at a single time instance) H- frequency selective channel- represented in block-Toeplitz form for MIMO transmission N- number of symbols transmitted in OFDM frame outputs: y- vector of channel outputs (matrix for MIMO again, just like x matrix) create noise vector sequence (each row is a different antenna, each column is a different time index) note: noise is spatially and temporally white)