GF_2_m_域乘法器的快速设计及FPGA实现，ＲＳ编码及其译码都是在GF_2_m_域中进行的...

这也是一个很不错的技术文档 关于FPGA-This is a very good technical documentation on the FPGA

南海市信息网Web服务器负载平衡的 解决方案南海市信息网Web服务器负载平衡的 解决方案 南海市信息网Web服务器负载平衡的 解决方案-sss

Random delay effect minimization on a hardware-in-the-loop networked control system using optimal fractional order PI controllers ⋆

Please read your package and describe it at least 40 bytes in English. System will automatically delete the directory of debug and release, so

摘要:实战条件下如何评价短波跳频通信系统的抗干扰性能是构建短波跳频通信系统的重要环rr-}J。由于不 能得到精确的指标评价值，采川组合赋权法给出了系统抗干扰性能的评价算法已经不能适川。给出了一种模糊综 合评价方法，该方法有如下优点:为避兔专家赋指标权值的卞观随意性，将德尔菲(Delphi)法和层次分析法(AHP)相结合来确定指标权值 为了便于专家较准确地作出评判，给出了指标评价等级，并利川模糊评价法给出指标评价矩 阵，最后得到评价结果。评价实例表明了该方法的有效性。 -Abstract: how to assess the actual conditions of short-wave frequency-hopping communication system anti-jamming performance is short-wave frequency-hopping communication system to build an important ring rr-) J. Can not be accurate due to evaluate the value of mining Kawasaki combination weighting approach gives a systematic evaluation of anti-interference performance can no longer be appropriate algorithm Chuan. This paper presents a fuzzy comprehensive evaluation method that has the following advantages: In order to avoid the rabbit experts give the right indicator of the value of randomness Bian concept will Delphi (Delphi) and Analytic Hierarchy Process (AHP) to determine the combination of the right indicators value in order to facilitate t

ARM2410开发板资料。不要白不要。来自EV2410的资料。-ARM2410 Development Board information. Not white not. EV2410 from the information.

divider code .. in VHDL language

管理信息系统开发案例，详细介绍了开发流程包含各种要素，可以作为参考。-Management information system development case, detailing the development process includes a variety of factors can serve as a reference.

基于H.264编码的嵌入式服务器的全面的设计实现方案-Based on H.264 encoded Embedded Server Design and Implementation of a comprehensive program

LDPC编码研究及其在OFDM系统中的应用 LDPC 在OFDM 中的应用分析-LDPC coded OFDM system in the research and its application in LDPC Application Analysis of OFDM