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XviD
- 首先利用XviD实现对输入视频数据的压缩，然后使用JRtplib将压缩数据通过Internet／Intranet实时传送到接收端，同时使用RTCP包中的反馈信息实现了初步的Qos控制．实验结果表明该方法有助于保证视频传输的实时性和正确性-XviD to achieve the first to use the input video data compression, and then use JRtplib compressed data through Internet/Intranet r
Simple_Digital_FPGA_Pseudo-Chaos_Generator
- In this paper, the feasibility of replacing a chaos source by an equivalent digital pseudo-random generator realized using Linear Feedback Shift Register (LFSR) is studied. Particular emphasis is given on the digital implementation Piece-Wise Linear
OFDMchannelestimate
- 书文提出了一种称为平均反馈(AF)的新算法．该算法利用两个相邻的 0FDM符号之间的荧联信息对LS算法的估计结果进行平均和反馈．以减少离斯白噪声岛子信道间干扰(1cI)对信道估计结 果的影囔。-The book article proposed one kind is called the average to feed back (AF) the new algorithm. This algorithm uses two neighboring between the 0FDM ma
A_Novel_Structure_of_Signal_Demodulation_in_High_
- In this paper, a novel demodulation structure in high-frequency (HF) channel is introduced and studied.Frequency-offset estimation, ractionally spaced adaptive equalization and carrier recovery techniques are involved.Frequency-offset correction is
IEEEXplore
- Slepian-Wolf SPIHT Video Coding Scheme without Feedback
beam_formingsimutest
- beamforming simulation using feedback
SC_FDE_system_frequency-domain-equalization-algori
- 。本文研究了SC-FDE系统中的最小均方误差判决反馈 均衡（MMSE-DFE）和基于LMS准则的自适应均衡算法， MATLAB仿真表明，由于LMS自适应均衡算法能有效的跟 踪信道变化并更新均衡器的抽头系数，其性能略优于最小 均方误差判决反馈均衡算法。-. In this paper, the SC-FDE system, the minimum mean square error decision feedback Equalization (MMSE-DFE) and
Error
- tError Con trol Approach of Random L inear Network Coding.A im ing at random linear netwo rk coding, th is paper p ropo ses an er ro r cont ro l method w h ich combines po int2 po int check ing er ro r and end2 end ret ransm ission . By vir tue of
Uniquewordbasedsinglecarriersystemwithdecisionfee
- Unique-word-based single carrier system with decision feedback equalization for space-time block coded transmissions
MD231_MANUAL
- 本文档帮助客户更好的使用MD231的模块，从软件和硬件的角度介绍了MD231模块的使用指南，希望能让客户在最短的时间内用好MD231模块。 客户运用MD231有以下两类用法： 1， 把MD231当作标准的GSM/GPRS模块使用，客户通过Com口输入的AT命令使用模块，并从Com口得到模块的反馈信息，此类运用的客户需要外部MCU和Com相连。 2， 客户把MD231运用在无线商话/公话等类似的GSM终端产品上，本公司帮客户定制的软件运行在MD231上，驱动LCD，键盘等外部设备，此类
DPLL
- 数字锁相环频率合成器的设计,鉴相器、环路滤波器、数控振荡器、反馈分频器-Digital PLL frequency synthesizer, phase detector, loop filter, NCO, feedback divider
7th-example-for-Adaptive-AF
- Adaptive Amplify-and-Forward Cooperative Diversity using Phase Feedback (Dongwoo Lee and Jae Hong Lee)
space-time-block-coding
- An adaptive transmit diversity scheme with quadrant phase constraining feedback is proposed in this paper. With simple linear operations at both transmitter and receiver, the proposed algorithm can achieve better system performances with only 2M
BCH-code-_matlab
- 循环码是线性分组码中最重要的一种子类，是目前研究得比较成熟的一类码。它的检、纠错能力较强，编码和译码设备并不复杂，而且性能较好，不仅能纠正随机错误，也能纠正突发错误。循环码还有易于实现的特点，很容易用带反馈的移位寄存器实现其硬件 。循环码具有许多特殊的代数性质，这些性质有助于按照要求的纠错能力系统地构造这类码，并且简化译码算法，目前发现的大部分线性码与循环码有密切关系正是由于循环码具有码的代数结构清晰、性能较好、编译码简单和易于实现的特点，因此在目前的计算机纠错系统中所使用的线性分组码几乎都是循
RS-decoder-circuit-reconfigurability
- 介绍了基于线性反馈位移寄存器的编码原理及可重构改进方法。通过乘法和加法的迭代运算实现了伴随多项式的并行运算。采用改进欧几里德算法求解关键方程,运用钱氏搜索算法实现了错误位置的查找,并提出以上两种算法的可重构计算结构。-Introduced based on linear displacement of the code register feedback principle and reconfigurable improvement methods. Through the multiplic
sorna_agc_serdes
- 高速数字传输技术, 时钟提取，决策反馈均衡，高速采样, -high speed serdes， clock and data recovery, decision feedback-equalization, high-speed sampling
ccdd
- 前馈调节与反馈调节相比较,其中的一个差异是:系统质量对对象特性参数或调节器参数的变化的敏感程度前者强于后者。-Feedforward adjustment and feedback regulation comparison, one of the differences are: the change of the system the quality of the object characteristic parameters or the regulator parameter and
CPM-equ
- 介绍了CPM系统的一种解调均衡方法，判决反馈的均衡原理-Demodulation of a CPM system equalization method, decision feedback equalization principle
Packet-Format-Design-and-Decision-Directed-Tracki
- PERFORMANCE COMPARISON OF ADAPTIVE DECISION FEEDBACK EQUALIZER AND BLIND DECISION FEEDBACK EQUALIZER. This is a Thesis Project.
A-new-Beamforming-for-60GHz-Wireless-System
- A new Beamforming for 60GHz Wireless System with Reduced Feedback Overhead