搜索资源列表
deqam
- LTE物理层信道解码前， 先进行解QAM调制，此程序为解QAM调制的仿真程序-Before the LTE physical layer channel decoding, first de-QAM modulation, QAM modulation procedure for the solution of the simulation program
LTE_SFBC_demod
- 解LTE物理层信道时，需解SFBC，程序为解MIMO的代码-The solution of LTE physical layer channel, need solution SFBC, the program code for the solution MIMO
TransmitDiversity_Mode2
- LTE下行链路发射分集仿真，仿真配置：16QAM调制、1/3码率Turbo编码、10MHz带宽、每个子帧一个PDCCH符号、单码字、8次迭代Turbo译码，每次处理1000万比特用户数据、早期终止机制、MMSE（最小均方误差）MIMO接收器，PDSCH发射端进行发射分集预编码。信道模型是LTE-MIMO信道附加AWGN信道。收发两端采用的双天线配置，天线相关性为中等。-LTE downlink transmit diversity simulation configuration: 16QAM
SpatialMultiplexing_OpenLoop_Mode3
- LTE下行链路空分复用开环。仿真配置：16QAM调制、1/3码率Turbo编码、10MHz带宽、每个子帧一个PDCCH符号、单码字，8次迭代Turbo译码、早期终止机制、MMSE（最小均方误差）MIMO接收器，PDSCH发射端进行空分复用预编码。信道模型是LTE-MIMO信道附加AWGN信道。-LTE downlink space division multiplexing ring opening. Simulation Configuration: 16QAM modulation, 1/3
SpatialMultiplexing_ClosedLoop_Mode4
- LTE下行链路空分复用闭环。仿真配置：16QAM调制、1/3码率Turbo编码、10MHz带宽、每个子帧一个PDCCH符号、单码字，8次迭代Turbo译码、早期终止机制、MMSE（最小均方误差）MIMO接收器，PDSCH发射端进行空分复用预编码。信道模型是LTE-MIMO信道附加AWGN信道。-LTE downlink closed loop space division multiplexing. Simulation Configuration: 16QAM modulation, 1/3
UnderstandingLTEwithMATLAB_Chapter8
- LTE系统级matlab建模，应用simulink建立系统仿真模型，对信道的收发以及传输定量评估-LTE system level matlab modeling, application simulink create a system simulation model of the transceiver and a transmission channel quantitative assessment
LTEwithMATLAB_Chapter4
- LTE调制和编码，绕码，信道编码，Turbo编码，早期终止机制。-LTE modulation and coding, around the code, channel coding, Turbo coding, the mechanism of early termination.
MIMODetectionDemo_v1.1
- 这是一个演示应用程序。它给学生的第一印象不同的MIMO检测算法之间的性能差异。目前,它包括三个线性检测、六个球体解码算法,一个启发式和最大似然检测算法。它还涵盖了不相关的和最新相关频道基于LTE R10 36.104规范。这个程序将到期2017.10.30保存数据,需要密码也给出一个示例为老师为学生设计应用。-This is a demo APP for students. It gives students the first impression about the performance
an505
- The reference turbo decoder supports the Successive Interference Cancellation (SIC) technique, which may be employed by the basestation eNB receiver as the channel coding equalisation technique to improve the throughput performance in the LTE-A
PDSCH_mapping0116
- 改程序为LTE中3GPP协议的PDSCH信道的物理资源映射程序，可进行物理层链路的资源映射部分(The physical resource mapping program of the PDSCH channel of the 3GPP protocol in LTE can be used to perform the resource mapping part of the physical layer link)
PCFICH_mapping0116
- 该程序为LTE中3GPP协议的PCFICH信道的物理资源映射程序，可进行物理层链路的资源映射部分(The program is a physical resource mapping program for the PCFICH channel of the 3GPP protocol in LTE, and the resource mapping part of the physical layer link)
PHICH-2017-3-4
- 该程序为LTE中3GPP协议的PHICH信道的物理资源映射程序，可进行物理层链路的资源映射部分(The program is a physical resource mapping program of the PHICH channel of the 3GPP protocol in LTE, and the resource mapping part of the physical layer link)
PUCCH_mapping1230
- 该程序为LTE中3GPP协议的PUCCH信道的物理资源映射程序，可进行物理层链路的资源映射部分(The program is a physical resource mapping program for the PUCCH channel of the 3GPP protocol in LTE, and the resource mapping part of the physical layer link)
PUSCH_mapping
- 该程序为LTE中3GPP协议的PUSCH信道的物理资源映射程序，可进行物理层链路的资源映射部分(The program is a physical resource mapping program for the PUSCH channel of the 3GPP protocol in LTE, and the resource mapping part of the physical layer link)
modparblocGray
- different block diagrams of different widely used LTE modulation techniques with Gray coding and BER performances in a wireless channel
163127306韩峰 物理上行控制信道符号的产生
- 物理上行控制信道PUCCH，用于承载上行链路控制信息，根据所承载的上行控制信息的不同，LTE物理层支持不同的PUCCH格式，采用不同的发送方式。(The physical uplink control channel PUCCH is used to carry uplink control information. According to the different uplink control information, LTE physical layer supports differe
MIMOOFDMPrecoding
- TD-LTE下行传输采用了MIMO-OFDM的物理层构架，通过最多4个发射天线并行传输多个（最多4个）数据流，能够有效地提高峰值传输速率。LTE的物理层处理过程中，预编码是其核心功能模块，物理下行共享信道的几种主要传输模式都是通过预编码实现的。(The td-scdma LTE downlink transmission adopted MIMO - OFDM frame, the physical transmission antennas parallel transmission by u
different_downtilt
- 3D-MIMO信道模型 仿真代码 可由此建立LTE现今采用的3DMIMO模型(MATLAB simulation program, based on multivariate statistical modeling method of three-dimensional spatial domain 3D MIMO channel. The 2D MIMO channel modeling is extended to three-dimensional spatial domain chan