pthreadcopyfileproject

这个程序时avl树的所有算法的实现,包括插入删除新建排序,是数据结构学习者的极佳材料(Avl tree all the algorithm when the program implementation, including delete insert new sorting, excellent material learners is a data structure)

本程序用两种算法对五个进程进行调度，每个进程可有三个状态，并假设初始状态为就绪状态。初始优先数60。为了便于处理，程序中的运行时间以时间片为单位计算，各进程的优先数或轮转时间数以及进程需要运行的时间片数的初值均由用户给定。3） 在优先数算法中，进程每执行一次，优先数减3，CPU时间片数加1，进程还需要的时间片数减1，在轮转算法中，采用固定时间片，时间片数为2，进程每执行1次，CPU时间片数加2，进程还需要的时间数减2，并排列到就绪队列的尾上。(This procedure using two algorithms for five scheduling process, each process can have three states, and assuming that the initial state to the ready state. The initial priority number 60. To facilitate processing, the program runs in time for the unit time slices, each time slice process priority number or rotation time and the number of processes that need to run the initial value by the number given by the user. 3) the priority number algorithm, the process Each time, priority number minus 3, CPU time slices plus one, the process needs time slices minus one, in the Round Robin, the fixed time slice, the time slice number 2 , each process is d once, CPU time slices plus 2, the process needs time minus 2, and arranged into the tail of the ready queue.)

Research Advantech module AD conversion program

一个介绍如何在Visual C中调用多线程代码，本例中也同时实现了常用的排序算法。完整源代码，已通过测试。(How a call in Visual C multi-threaded code, in this case also commonly used to achieve a sort algorithm. Full source code, has been tested.)

进程监控源码例程，程序结合易语言应用接口支持库，调用API函数监控含有关键字的进程。(Source routine process monitoring , combined with easy language application program interface support library , call the API function monitoring process contain keywords .)

一,滤波器的特性和分类 二,LC 滤波器 1 LC 串,并联谐振回路 2 一般 LC 滤波器 三,有源 RC 滤波器()

在C++11的基础上采用4种不同方法实现了多线程并发矩阵与向量乘积，矩阵转置与矩阵乘积，Linux下编译，需连接pthread库。(Using four different methods on the basis of C++ 11 is implemented on a multi-threaded matrix and vector product, matrix transpose and matrix multiplication, Linux compiler, connect pthread library.)

基于 ATMEGA-16 的 PWM 与 Proteus 仿真(Simulation of PWM and Proteus based on ATMEGA-16)

这是一个进程调度程序，模拟在单处理器情况下处理器器调度。(This is a process scheduler, simulation of the single-processor scheduling for the next processor.)

强力进程管理器 只是强力进程管理器而已(Manage jincheng)