FPGA Implementation of Digital modulation schemes: From Basics, Concepts, and simulations to Methods of hardware implementations of digital modulation schemes (Paperback)
Varsha Patil
- 出版商: LAP LAMBERT
- 出版日期: 2011-09-29
- 售價: $2,100
- 貴賓價: 9.5 折 $1,995
- 語言: 英文
- 頁數: 100
- 裝訂: Paperback
- ISBN: 3844390308
- ISBN-13: 9783844390308
-
相關分類:
FPGA
無法訂購
買這商品的人也買了...
-
$4,410$4,190 -
$3,190$3,031 -
$2,470$2,347 -
$2,100$1,995 -
$2,100$1,995 -
$5,990$5,691 -
$6,640$6,308 -
$9,610$9,130 -
$2,590$2,461 -
$4,510$4,285 -
$1,560$1,529 -
$352對抗機器學習:機器學習系統中的攻擊和防禦
-
$534$507 -
$580$458 -
$1,194$1,134 -
$594$564 -
$534$507 -
$654$621 -
$520$390 -
$954$906 -
$528$502 -
$500雷達輻射式模擬信號分析與處理
-
$594$564 -
$539$512 -
$709外輻射源雷達目標探測工程及應用
相關主題
商品描述
The choice of digital modulation scheme significantly affects the characteristics and resulting physical realization of communication system.This work describes the Concepts,and simulations to Methods of hardware implementations of all the main digital modulation schemes used such as ASK,FSK,BPSK,QPSK and OFDM.This work compares the performance and tradeoffs of popular digital modulation systems.The work presents combination of high-level modeling environments and automatic code generation with hardware/software co-design.It elaborates the simulation to synthesis of digital modulation schemes using the MATLAB® Simulink program and its implementation in a XILINX’s Spartan-III kit using system generator.The specific digital design from analysis over creating the simulation model to mapping the modulator to the FPGA is discussed.Test benches created for both traditional and block diagram oriented Simulink system generator combination approaches.The results indicate that synthesis on FPGA hardware can be generated automatically reducing the design time from days to minutes.The digital modulation schemes are simulated and synthesized by both traditional and method described in book
商品描述(中文翻譯)
數位調變方案的選擇對通訊系統的特性和實際實現有顯著影響。本書描述了所有主要數位調變方案(如ASK、FSK、BPSK、QPSK和OFDM)的概念、模擬和硬體實現方法。本書比較了流行的數位調變系統的性能和權衡。本書介紹了高層次建模環境和自動代碼生成與硬體/軟體協同設計的結合。它詳細說明了使用MATLAB® Simulink程序進行數位調變方案的模擬和合成,以及在XILINX的Spartan-III套件中使用系統生成器進行實現。本書討論了從分析數位設計到創建模擬模型再到將調變器映射到FPGA的具體設計過程。為傳統和基於區塊圖的Simulink系統生成器組合方法創建了測試平台。結果表明,可以自動生成FPGA硬體的合成,從而將設計時間從數天減少到數分鐘。數位調變方案通過傳統方法和本書中描述的方法進行模擬和合成。