搜索资源列表
stbc_matlab
- 一个SM和STBC的代码，matlab编写，可是实现任意qam调制，可以计算误码率
sm3
- 实现了采用SM调制下的4*2的MIMO系统的误码率分析-achieved the BER analysis of the 4*2 MIMO system using Space Modulation
rx-sm
- 发送端统一使用4根发送天线,通过改变接收天线的数目来比较不同数目的接收天线对空间调制（spatial modulation）系统性能的影响。-Sending uniform use of four transmission antennas, by changing the number of reception antennas to compare the different number of receiving antennas for spatial modulation (spati
3bit-spatial-modulation
- 当空间调制（sm）系统中每个符号含有3bits信息(即3bit/s/Hz的频谱利用率)时我们选择：4根发送天线，BPSK调制方式和2根发送天线，4QAM调制方式进行比较。-When the spatial modulation (sm) system, each symbol comprising 3bits information (i.e. 3bit/s/Hz spectral efficiency) when we choose: four transmitting antennas, B
SSK
- 空间调制（SM,SSK）的matlab仿真程序-Spatial modulation (SM, SSK) matlab simulation program
STSK
- 空时移键控（STSK）的仿真程序，作为空间调制（SM,SSK）在时域的拓展-Space-Time Shift Keying (STSK) simulation program, as the spatial modulation (SM, SSK) to expand in the region
SM_VBALST_MRCcomparision
- 空间调制程序，包含SM，VBLAST,MRc三种算法的性能对比，对空间调制的入门初学者很重要，程序完整，可以直接运行-Spatial modulation procedures, including SM, VBLAST, performance comparison MRc three algorithms for spatial modulation of beginners is very important, program integrity, and can be run direc
SM-SM-EDAS
- 空间调制的程序，和基于EDAS天线选择和COAS天线选择的源程序。-Spatial modulation process, and based on antenna selection and COAS EDAS antenna selection of the source.
SM_4_4_16QAM
- SM系统matlab程序，传输天线、接收天线数量可调，信号调制方式可调，循环次数可调。最后生成BER性能曲线，并将不同SNR下的BER数据存储到mat文件中。-SM system matlab program, the number of transmission antennas, a receiving antenna is adjustable, adjustable signal modulation scheme, the number of cycles is adjustable.
sm_ml
- 空间调制的最大似然检测，借鉴他人的，性能比较好，仅供参考(Spatial modulation of the maximum likelihood detection, learning from others, the performance is better, for reference ,thinks.)
79419138BPSK_SM
- 基于matlab的空间调制仿真代码模型，QAM调制(Spatial modulation simulation code)
SM_SCMA-master
- 空间调制SCMA及MPA检测，对这方面的学习很有帮助(SM SCMA and MPA detection)
空间调制
- 目前，以空间调制(Spatial Modulation，SM)、广义空间调制(Generalized Spatial Modulation，GSM)为代表的新型MIMO技术，成为4G以及5G的关键技术。空间调制系统在一个符号周期内，发送端只选择部分发送天线发送信号，从而大大提高了频谱效率，是大规模MIMO系统的重大突破。(At present, the new MIMO technology represented by spatial modulation (SM) and generaliz