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3G--mobil
- 3G移动终端基带信号处理器设计与实现该系统很好的实现了3G移动终端处理功能，但实际环境比仿真环境更复杂，需要给出解决办法，然后再验证。目前该方案实现了384 kb/s工作，使用3个时隙(每个时隙128 kb/s) 实现了基于高速下行分组接入(HSDPA)技术提高数据速率，它类似于WCDMA和CDMA2000标准所提供的速率。-3G mobile terminal baseband signal processor design and Implementation
channel_fir
- 用于无线通信数字基带的信道选择滤波器，verilog代码-Used for wireless digital baseband channel selection filter, verilog code
pie_encode
- 符合EPC C1G2协议的 数字基带 PIE编码模块源代码-The agreement with EPC C1G2 digital baseband PIE coding module source code
clk_gen
- 符合EPC C1G2协议的 数字基带 全局同步时钟产生模块源代码-The agreement with EPC C1G2 digital baseband global synchronous clock produces module source code
crc
- crc校验模块verilog源代码，符合EPC C1G2协议-The agreement with EPC C1G2 digital baseband crc verify module source code
Square-Root-Raised-Cosine-Filter
- 根升余弦基带成形滤波器的设计及其DSP实现.最后利用系数对称特性，在某软件无线电电台系统的DSP 芯片中编程， 实现均方根升余弦滤波器的成形滤波算法-First this essay introduces baseband shaped filter theory and requirements of an SDR system on shaped filtering. And, the author introduces various realization methods
ppm
- 无线光通信基带信号的简单调制，用于光通信中信号的研究与实验室的仿真实验-Optical wireless communication baseband signal simple modulation, for optical communication signal research and laboratory simulation experiment
CAD
- 无线PPT遥控发送电路设计 这是一个2DPSK调制电路，2DPSK离不开二进制相移键控2PSK。 首先对二进制数字基带信号进行差分编码，将绝对码表示二进制信息变换为用相对码表示二进制信息， 然后再进行绝对调相，从而产生二进制差分相位键控信号. -Wireless remote control PPT send circuit design This is a 2 DPSK modulation circuit, 2 DPSK cannot leave the bin
OFDM_FPGA
- 采用FPGA 来实现一个基于OFDM 技术 的通信系统中的基带数据处理部分，即调制解调器。其中发射部分的调制 器包括：信道编码（Reed-Solomon 编码），交织，星座映射，FFT 和插 入循环前缀等模块。-FPGA to implement a baseband data based on OFDM technology in the communication system processing section, namely modem. Transmitter modul
mancheshitebianjiema
- 用VHDL编写的曼切斯特编解码，适用于以太网上流行的基带传输数字编码。-Manchester encoding and decoding written using VHDL, popular Ethernet baseband transmission of digital coding.
nRF24L01P_Product_Specification_1_0
- The nRF24L01+ is a single chip 2.4GHz transceiver with an embedded baseband protocol engine (Enhanced ShockBurst™ ), suitable for ultra low power wireless applications. The nRF24L01+ is designed for operation in the world wide ISM frequenc
NRF24L01_module
- Example code The nRF24L01+ is a single chip 2.4GHz transceiver with an embedded baseband protocol engine (Enhanced ShockBurst™ ), suitable for ultra low power wireless applications. The nRF24L01+ is designed for operation in the world
HalfbandDec
- 基于FPGA开发的11阶半带升余弦FIR滤波器，用在阅读器基带滤波时的抽取滤波器使用，采用verilog语言实现。-Raised cosine FIR filter based FPGA development 11 order of half-band decimation filter used in reader baseband filtering, using verilog language implementation.
develop_Phase_Tracking
- 基于FPGA实现，OFDM基带通信中的剩余相位检测，具有很好的性能，采用verilog语言。-FPGA-based the remaining OFDM baseband communication phase detection, has a very good performance, verilog language.
HDB
- FPGA实现HDB3码的编码与译码 采用EDA工具中的Quartus II 8.1作为软件平台，实现HDB3码数字基带信号的编码和译码。-FPGA Implementation of the HDB3 code encoding and decoding using Quartus II 8.1 EDA tools as a software platform, achieve the encoding and decoding of the HDB3 code digital baseba
demoscripts
- Inmarsat baseband modification utility
DDC_FPGA
- 基于FPGA的数字下变频器（DDC）的设计,将采样得到的高速率信号变成低速率基带信号，以便进行下一步的信号处理。由NCO、数字混频器、低通滤波器和抽取滤波器四个模块组成。采用自编的加法树乘法器，提高乘法运算效率。-Design based on FPGA digital downconverter (DDC), the high-speed signal will be sampled baseband signal into a low rate for the next step in th
interleaver
- 基于quartus软件的交织编码的仿真，应用于基带发射机的交织-simulation of interleaved coded based on quartus software.application of interleaving to baseband transmitter
conv_encode
- 基于quartus软件的卷积编码，作为基带发射机的信道编码用-Convolutional coding based on quartus software.as the channel coding with baseband transmitter
MSC8156ADS-Reference-Manual
- freescale 飞思卡尔 8156 6核 TD-LTE 基带基站开发手册，专用于4G TD-LTE enodeb 基站基带板开发，该芯片被广泛应用于中兴/ALU/摩托罗拉 4G基站。-the freescale Freescale 8156 6core TD-LTE baseband base station development manual, dedicated to the 4G TD-LTE enodeb base station baseband board developmen