M-file uses random data which BPSK modulates a carrier to configure a BPSK UWB transmitter. The receiver demodulates the BPSK UWB carrier and the data is recovered
The goal of this exercise is to understand the concept of Carrier-Sensing in IEEE 802.11 standard and compare Physical Carrier Sense and Virtual Carrier Sense mechanisms.
This exercise is aimed at exploring how rate control and adaptation of carrier sense threshold can affect spatial reuse (and hence aggregate throughput) in a multi-hop network.
M-file uses random data which BPSK modulates a carrier to configure a BPSK UWB transmitter. The receiver demodulates the BPSK UWB carrier and the data is recovered.
M-file uses random data which BPSK modulates a carrier to configure a BPSK UWB transmitter. The receiver demodulates the BPSK UWB carrier and the data is recovered.
Single Carrier FDMA又稱SC-FDMA或者DFT-Spread-OFDM是3GPP LTE最新提出的適用于上行傳輸的一種新方案。相對于OFDMA(主要用于下行),其最大的優勢在于低峰值平均功率比(即PAPR)。本程序包括OFDMA,SC-FDE(單載波頻域均衡)以及SC-FDMA程序,接收端采用經典的ZF和MMSE檢測算法,程序短小精悍,相當經典,方便該領域的人學習與研究。