资源列表
PEG
- LDPC code construction
buffer-only
- We use simulation results to show the performance of the water filling algorithm. Simplify this question into a OFDM based communication network with one transmitter and one receiver. It is assumed that the total power of Pmax = 1 w and the total ban
bufferPwater-filling
- We consider a OFDM based communication network model with one source, one destination and one relay between them. For the simulation, it is assumed that the destination is out of reach of the source due to distance or obstacles. This means it can onl
water-filling-only
- The number of subchannel varies from (4, 16, 32, 64), using Matlab to simulate relay communication in different network mode: 1) water filling only 2) buffer only 3) buffer + water-filling -The number of subchannel varies from (4, 16, 32, 64), using
without-buffer
- one destination.he channel capacity between the source and the relay is usually different from that between the relay and destination because of the independent fading on the two links. The network capacity for each channel realisation is constrained
HW2-9913546
- QAM WITH AWgN CHANNEl
9913546-HW4
- OFDM WITH TX DIVERSITY
LTE
- LTE通信系统发送端的matlab仿真代码，包括调制，交织，资源映射，预编码，OFDM等部分-LTE communication system, the sender matlab simulation code, including modulation, interleaving, resource mapping, precoding, OFDM and other parts of
precoding
- LTE中的预编码功能实现，包括开环状态下，闭环下，单用户情况，发送分集等-LTE in the pre-coding functions, including the state of the open-loop, closed loop, single-user, transmit diversity
LTE-precoding
- LTE系统下的预编码功能实现模块，包括单用户情况，开环，闭环，发送分集等-Pre-coded functions under the LTE system modules, including single-user, open-loop and closed loop transmit diversity
LTE-feedback
- LTE系统下接收端反馈功能的实现，包括CISM,OLSM,SISO等各功能模块-LTE system under the receiver-side feedback function, the functional modules including CISM, OLSM, SISO
LTE-detect
- LTE通信系统下侦听模块的部分功能实现，包括CLSM,OLSM,IA,SISO等小模块的实现方式-LTE communication system listen for some of the features of the module, including CLSM, OLSM, IA, SISO module implementation