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szjdyccs
- 针对数字信号通过基带系统远程传输问题, 分析了对信号进行编码和频谱变换的原理。在系统结构设计的基础上, 重点介绍了采用FPGA 编程实现基带信号编码、频谱变换、位定时提取的过程, 给出了关键环节的仿真波形。利用伪码对实际系统进行了测试, 证明能可靠地完成基带信号的传输。-For digital signal through the base-band system long-distance transmission problem, analysis of the signal coding
wp_wimax
- WiMAX, or the IEEE 802.16 standard for broadband wireless access, is increasingly gaining in popularity as a technology with significant market potential. This paper first provides an overview of the existing and developing 802.16 standards and t
STM-N-frame
- 介绍了SDH传输中的STM-N帧的定位和开销处理的一些关键信息，有助于FPGA编程实现开销处理和通道处理。-Describes the SDH transmission of STM-N frame and the positioning of some of the key information processing costs, help processing and FPGA programming overhead channel processing.
OFDM-FPGA
- 频率同步是宽带OFDM系统中的关键技术，IEEE 802.11a 采用OFDM技术，利用其前导序列的重复结构，提出了一种分步的粗细频偏捕获与校正算法，同时为了补偿时域同步后的残余相差和适应信道的时变特性，还提出了一种基于频域导频的相位跟踪方案-Frequency synchronization is a key technology in the broadband OFDM systems, IEEE 802.11a uses OFDM technology, the use of the r
learning-FPGA_-key-papers
- 手把手教你学习FPGA—按键篇，带你轻松走进FPGA的世界！-Taught you learn FPGA-key articles take you easily into the FPGA world!