SynthesisBRW5572201DYERECOITK75606

ARP监控源码例程，程序结合易语言多线程支持库和网络通讯支持库，监控ARP端口和地址。(ARP monitoring code samples , combined with easy language program supports multithreading library and network communications support library , ARP monitor port and address .)

全书分为13章，全面讲解构建多线程架构与增量多线程编程技术。第1章介绍了用于构建面向对象程序的不同类型 C++组件，以及如何使用这些组件来构建多线程架构。第2、3、4章简要介绍进程、线程、多任务处理、多线程化、 规划以及线程优先权的概念。第5章讨论进程间和线程间通信。第6章讨论线程和进程同步与合作，详细讨论临界区 、死锁、数据竞争以及无限延迟方面的主题。第7－10章讲解用于线程同步、线程间通信以及多线程处理的C++组件 。第11章讨论C++对象在多线程环境中的行为和交互方式。第12章简单介绍多线程应用程序的测试技术。第13章对全 书内容进行扼要地问顾与思考。 (err)

Windowsapi programming reference source code of the 08 chapter is about the file processing,

模拟货物传递的过程 利用多线程编程 文件含有程序源代码 直接下载不需密码(Simulated cargo transfer process using multi-threaded programming source code file containing the program downloaded directly without a password)

Dialog dialog box programming examples

卷积码就是一种较好的信道编码方式,这种编码方式同样是把k个信息比特编成n个比特,但k和n通常很小,特别适宜于以串行形式传输(Convolutional code is a good channel coding method, which also encodes k bits into n bits, but k an dna re usually very small, especially suitable for serial transmission)

高斯噪声下的64QAM调制的误码率检测与理论值比较,很好的(64 qam modulation ber under gaussian noise detection compared with the theoretical value, very good)

进程间通讯的四种方式：剪贴板、匿名管道、命名管道和邮槽。并比较分析这几种进程间通信的优点和缺点。(Inter-process communication of four ways: clipboard, anonymous pipes, named pipes and mail slots. And comparative analysis of these types of inter-process communication of the advantages and disadvantages.)

通过ThreadPoolExecutor的方式，这样的处理方式让写的同学更加明确线程池的运行规则，规避资源耗尽的风险(Thread pools are not recommended to be created by Executors, but by ThreadPool Executor, which allows students to write more clearly about the rules of thread pools and avoid the risk of resource exhaustion.)

说明：  提供了线程池的封装，开发者能够比较容易的建立服务器应用模型。(thread pool for the package, developers can more easily create server application model.)