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WCDMA_simulation_c_program
- 两个Nokia研究人员写的W-CDMA的仿真过程的整个代码。C code 包含信道编码，交织，速率匹配，调制，扩频，信道模型，RACK接收机和相应的解码程序。 本源码对整个系统进行了仿真，非常具有参考价值，对研究WCDMA系统的任何模块都有帮助-two researchers write the W-CDMA simulation of the entire code. C code includes channel coding, interleaving, rate matching
wcdma_simulation_simulink
- 用matlab simulink写的W-CDMA的仿真过程的整个代码。 包含信道编码，交织，速率匹配，调制，扩频，信道模型，RACK接收机和相应的解码程序。 本源码对整个系统进行了仿真，非常具有参考价值，对研究WCDMA系统的任何模块都有帮助-using Matlab Simulink write W-CDMA simulation of the entire code. Includes channel coding, interleaving, rate matching, modu
QPSK_Demodulation_system_simul
- 本PDF是对QPSK调制方式的完美解释，非常适合初学者学习，有了本材料，QPSK对你将是小菜一碟,This PDF is the perfect QPSK modulation to explain, very suitable for beginners to learn, with this material, QPSK will be a piece of cake for you
WCDMA_system_principle
- 一本很好介绍WCDMA系统原理的书，内容包括：WCDMA的关键技术，扩频与调制过程等-A very good book describes principles of WCDMA system, which includes: WCDMA key technologies such as spread spectrum and modulation process
ofdmsjsu
- its a ofdma simulink model. with a modulation scheme on 8psk
WCDMA
- 主要是介绍wcdma的调制及解调，并详细介绍它前景。-Wcdma is mainly to introduce the modulation and demodulation, and the prospects for a fuller explanation.
WCDMAMATLAB
- WCDMA物理层matlab仿真程序，包含信道编码，交织，速率匹配，调制，扩频，信道模型，RACK接收机和相应的解码程序。-A simulation of the 3GPP FDD proposal for 3G wireless. The simulation can run on Simulink or as a stand alone C-coded program. It includes the channel encoding, interleaving, rate matching
WCDMA_Model
- Descr iption The WCDMA Physical Layer Demo consists of an end-to-end (transmitter-to-receiver) simulation of the Frequency Division Duplex (FDD) Downlink physical layer for several Dedicated Channels (DCH) as specified by the 3GPP standard (Release 9
FundamentalsOfGSMcdmaOneand3GSystems
- EBook for GSM CDMA and WCDMA fundametals for the beginners. Content theGSM Radio Interface ,The GSM modulation scheme , The GSM radio carriers,The GSM power classes,The GSM bursts ,Physical and logical channels,Mapping logical channels onto phys
wcdma_spreadandmod_1
- Matlab/Simulink simulation module for WCDMA Spread and Modulation.
WCDMA-FDD-Simulink-Models
- ＷＣＤＭＡ ＦＤＤ 物理层ｍａｔｌａｂ仿真-The WCDMA Physical Layer Demo consists of an end-to-end (transmitter-to-receiver) simulation of the Frequency Division Duplex (FDD) Downlink physical layer for several Dedicated Channels (DCH) as specified by the 3GPP standard (
WCDMA_source
- 根据3GPP25.141协议生成测试模式下的WCDMA系统基站测试数据格式，使用MATLAB产生业务信道。包括pn9序列生成、OVSF码、扰码、调制、扩频以及各码道的功率值加权叠加。-Agreement under 3GPP25.141 generate test mode WCDMA base station test data format, using the MATLAB generate traffic channel. Including pn9 sequence generatio
ds_cdma
- wcdma 编码扩频调制过程-wcdma coded spread-spectrum modulation process
BER-with-FSK-modulation
- BER with FSK modulation written in MATLAB.
WWCDMAMATLABC
- WCDMA物理层matlab仿真程序，包含信道编码，交织，速速率匹配，调制，扩频，信道模型，RACK接收机和相应的解码程序。 -WCDMA physical layer matlab simulation program, including channel coding, interleaving, speed rate matching, modulation, channel model, RACK receiver and the corresponding decoding pro
pdschconformncetet
- Long-Term Evolution (LTE) is a new standard speci ed by 3GPP for fourth generation (4G) wireless communications. LTE provides high spectral eciency, high peak data rates, short round trip time, and frequency exibility. It relies on the follow
WCDMA
- wcdma信号仿真，生成四路信号并扩频调制，采用CQPSK调制方式。-WCDMA signal simulation, generating four signals, spread spectrum modulation using CQPSK modulation.
wcdma
- 结束语 本文针对扩频技术在WCDMA系统的中的应用进行简单论述及仿真。文中先对扩频通信基本原理及WCDMA的基本原理进行了简单的介绍，也对移动通信和扩频通信的发展进行了简要说明。再对扩频通信技术在WCDMA中的应用进行了简单介绍，最后重点对WCDMA中的扩频、加扰、调制以及解扩、解扰、解调,进行了仿真模型的建立和对仿真结果进行了时域分析。 -Conclusion In this paper the application of spread spectrum technology in
Best_Carrier_three
- 该程序提供了WCDMA最优三载波的调制过程，适用于射频前端的仿真调试。-The program provides the WCDMA optimal three-carrier modulation process, suitable for RF front-end simulation debugging.
好-无线通信FPGA设计-Xilinx
- 《无线通信FPGA设计》以Xilinx公司的FPGA开发平台为基础，综合FPGA和无线通信技术两个方向，通过大量的FPGA开发实例，较为详尽地描述了无线通信中常用模块的原理和实现流程，包括数字信号处理基础、数字滤波器、多速率信号处理、数字调制与解调、信道编码、系统同步、自适应滤波算法、最佳接收机，以及WCDMA系统的关键技术。《无线通信FPGA设计》概念明确、思路清晰，追求全面、系统、实用，使读者能够在较短的时间内具备无线通信领域的FPGA开发能力。(The design of wireless