LCD驱动器数据表

顺序图和状态图被用来描述系统组建的特征，本来提出一种基于顺序图和状态图的协调性模型，用来更好得保证系统的时间特性。-sequence map and the state plan to be used to describe the characteristics of the formation system, originally proposed a plan based on the order of the state plan and the coordination model, used to guarantee better in the time characteristics.

LDPC编码在OFDM系统中的应用与性能分析 关于LDPC 在OFDM 中的一篇文章-LDPC codes in OFDM System and Performance Analysis of OFDM on the LDPC in an article in

对VEGA软件使用的初级介绍讲稿，初学者对于VEGA虚拟现实技术学习的开始。-VEGA software used to introduce the initial script for beginners VEGA virtual reality technology to study start.

上海杰得 Z228_Software_Programming_Guide-On a Z228_Software_Programming_Guide Haijie

2005年电赛：简易逻辑分析仪 ，本人试验的，可惜知识培训-the year of 2005

设计一个可以顺计时和倒计时的秒表。要求计时的范围为00.0S~99.9S，用三位数码管显示。用VHDL语言-Designed to be a cis-timing and countdown stopwatch. Required time ranges from 00.0S ~ 99.9S, with three digital tube display.

在空调系统风扇的控制中，介绍一种高效率低损耗的开关磁阻电机控制方法，-In the air-conditioning system fan control, presents a low-loss high-efficiency switched reluctance motor control method,

存储管理分区分配算法的源码-storage management district allocation algorithm source code

金鹏p2p流量管理解决方案――从容应对p2p冲击-Jinpeng p2p traffic management solutions-- calmly deal with the impact of peer-to-peer

摘 要：建立了几个军事短波通信系统仿真模型，并简要叙述了军事短波通信系统中跳频、扩频的干扰方程。文章给出了仿真物理结构图以及功能模块图，也给出了军事短波通信抗干扰性能仿真评估的指标，提出了利用云模型及云不确定性推理对仿真结果进行评估，并给出了干扰和无干扰条件下军事短波通信的抗干扰性能评估结果。-Abstract: A number of military HF communications system simulation model, and a brief description of the military short-wave frequency-hopping communication systems, spread spectrum interference equation. In this paper, simulation of the physical structure and function module map also gives the military a short-wave communications simulation to assess anti-interference performance indicators, the use of cloud model and the cloud of uncertainty reasoning to assess the simulation results are also given interference and non-interference under the conditions of military HF communication the results of the assessment of anti-interference performance.