evolution game

应用背景首先初始化两个LED 灯，绿灯作为系统工作指示灯，接着配置一个I/O 管脚作为外部中 断输入管脚，打开相应中断使能位。 然后进入死循环，绿灯亮，黄灯闪烁，当黄灯闪烁10 次时，系统进入深度睡眠模式， 此时绿灯是灭的。 若在系统处于深度睡眠模式的时候，发生了相应的外部中断，那么系统会被唤醒，这时 候又会开始死循环，绿灯亮，黄灯重新开始闪烁。关键技术1. 编程要求：按照实验步骤实现应用程序 2. 实现功能：搭建IAR 环境，搭建系统睡眠唤醒实验工程项目 3. 开始编写代码之前，需要搭建好硬件连接环境：正确的硬件连线 硬件连线只需要一条： CC2530 开发板的JTAG 口 → 调试器 → PC 的USB 口（用于程序的调试、下载）

说明：  可在word中集成，进行英文的翻译，按需选取可用实际操作(It can be integrated in word for English translation and practical operation can be selected as required)

易语言自助打印报表，可自定义设计大小，颜色，(Easy language self-printing report, customizable design size, color,)

说明：  实现邓肯-张本构模型二次开发的Fortran程序(Fortran Program for the Second Development of Duncan-Zhang Constitutive Model)

说明：  calculate the result, more execises and more experience.

多径衰落信道下面的CP-OFDM系统，以及AWGN信道。(The CP-OFDM under multichan.)

hadoop 权威指南，详细介绍了hadoop的工作原理和编程方法(hadoop java c++ work)

说明：  HHT主要内容包含两部分，第一部分为经验模态分解（Empirical Mode Decomposition，简称EMD），它是由Huang提出的；第二部分为Hilbert谱分析（Hilbert Spectrum Analysis，简称HSA）。简单说来，HHT处理非平稳信号的基本过程是：首先利用EMD方法将给定的信号分解为若干固有模态函数（以Intrinsic Mode Function或IMF表示，也称作本征模态函数），这些IMF是满足一定条件的分量；然后，对每一个IMF进行Hilbert变换，得到相应的Hilbert谱，即将每个IMF表示在联合的时频域中；最后，汇总所有IMF的Hilbert谱就会得到原始信号的Hilbert谱。(The main content of HHT includes two parts. The first part is Empirical Mode Decomposition (EMD), which was proposed by Huang, and the second part is Hilbert Spectrum Analysis (HSA). Simply speaking, the basic process of HHT processing non-stationary signals is: firstly, the given signal is decomposed into several intrinsic mode functions (represented by Intrinsic Mode Function or IMF, also known as intrinsic mode functions), which are components satisfying certain conditions; secondly, Hilbert transform is applied to each IMF. The corresponding Hilbert spectrum is obtained, that is, each IMF is represented in the joint time-frequency domain; finally, the Hilbert spectrum of the original signal is obtained by summing up the Hilbert spectrum of all IMFs.)

Electronic equipment can be designed to withstand extreme mechanical stress, without the weight and cost penalties of over design.

FPGA实现FFT算法 F PGA实现FFT算法-FPGA realize F PGA realize FFT algorithm FFT algorithm