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TKWin
- 发射台 控制台 dephi编写 大家可以随便可看看, 可以做dephi入门实例学习-transmitter console dephi prepared you can easily look at the can, and learning examples dephi entry
qpsk_mod_transmiter
- QPSK发送机，信号源为随机二进制序列，经串并变换后，转换成双极性信号发送-QPSK transmitter, the signal source for random binary sequence, series and transform, change the polarity signal sent in pairs
OFDM_QPSK
- Simulation of a transmitter implementingthe OFDM transmission chain with QPSK modulation on each sub-carrier-Simulation of a transmitter implementing the OFDM transmission chain with QPSK modulati on on each sub-carrier
POCSAG_ENCODER_Src
- Alphanumeric messages are encoded in POCSAG format and send to the serial port of a computer. The modem connects to the serial port of a computer and sends the message on the air through a transmitter.
tQPSK
- MATLAB Code Skeleton for QPSK Digital Transmitter
WCDMAModelpresentation
- 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 99).
BPSK Transmitter
- The basic parts of the BFSK transmitter are the preamble and the data input circuit. The preamble sequence is positioned in front of each packet of 122 bits for a total of 128 bits packet. The main purpose of the preamble is to facilitate the recepti
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- 把地理区域分成一个个小区，蜂窝系统在该区域内提供无线覆盖。把可用的频谱分成很多信道，每个小区分配一组信道。使用频分双工（FDD）。在小区间进行频率利用，N个小区构成一个簇，簇间进行频率复用。定义了传播特性（信道参数）以及同频小区的位置。信道的参数包括：小区半径，路径损耗指数，以分贝为单位的对数正态阴影的标准差，基站发射功率级，移动台发射功率级，每个小区的扇区数，扇区化天线的正反向比，要仿真的瞬时位置的组数，同频干扰阈值。-To a geographical area is divided int
DATA_16QAM_MAP
- 用于WLAN 802.11a的OFDM发射机的数字调制16QAM-For WLAN 802.11a transmitter of the OFDM digital modulation 16QAM
DS
- 扩频通信系统仿真，包括发射端和接收端仿真，扩频码调用-Spread spectrum communication system simulation, including simulation of the transmitter and receiver, spreading code calls
tx_ps
- 发射端....成形滤波器....实现代码-Transmitter .... shaping filter .... the implementation code
Alamouti-MIMO-MRC
- Alamouti code, 2*1 MIMO, 2 transmitter 1 reciever, use MRC techniques.-Alamouti code, 2* 1 MIMO, 2 transmitter 1 reciever, use MRC techniques.
Spatial-Complex-MIMO-ZF
- Spatial Complex, 2*2 MIMO, 2 transmitter 2 reciever, use Zero Force techniques.-Spatial Complex, 2* 2 MIMO, 2 transmitter 2 reciever, use Zero Force techniques.
Ergodic_Capacity_CDF
- 本仿真可以得到发射机未知CSI时随机MIMO信道容量的CDF，可以知道MIMO系统容量随着发射和接收天线数的增加得到改善。-The simulation can be a random MIMO channel capacity CDF of the transmitter is unknown CSI, that MIMO system capacity can be increased with the number of transmit and receive antennas can
maichongyasuo
- 在发射端发射大时宽、带宽信号，以提高信号的速度测量精度和速度分辨力，而在接收端，将宽脉冲信号压缩为窄脉冲，以提高雷达对目标的距离分辨精度和距离分辨力。(In order to improve the speed measurement accuracy and speed resolution of the signal at the transmitter, the wide pulse signal is compressed into a narrow pulse at the recei
Introduction aux systèmes MIMO 1
- This example shows Multiple-Input-Multiple-Output (MIMO) systems, which use multiple antennas at the transmitter and receiver ends of a wireless communication system.
Introduction aux systèmes MIMO 6
- or a generic communications link, this example focuses on transmit diversity in lieu of traditional receive diversity. Using the flat-fading Rayleigh channel, it illustrates the concept of Orthogonal Space-Time Block Coding, which is employable when