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Matlab仿真DF和AF源程序
- 该程序是使用Matlab仿真协同通信的DF(解码转发)基本性能,基本模型S-R-D三个节点,接收端使用MRC(最大比合并)。固定DF由于SR信道的错误,其性能受到限制,在大SNR情况下不能获得有效分集。而当SR距离足够近的时候,可能获得一定的分集增益。 该程序也可以作为学习Matlab 通信仿真的入门实例。
bpsk
- 基于能量检测的频谱感知.由于实际信道中的多径和阴影效应,单个认知用户频谱感知的性能受到影响,因此需要靠不同用户间的协同频谱感知来对抗多径和阴影效应。本设计要求在文中采用一种协作机制,即两用户进行协作频谱感知,提高主用户的检测率,减少检测时间,并且得到捷变增益。要求给出仿真结果。-spectrum sensing in cognitive radio based on energy detection.As the channels in diameter and shadow, not a si
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- 放大转发协同通信系统的蒙特卡罗仿真与理论值、直传值的比较-Zoom forward cooperative communication systems Monte Carlo simulation and theoretical value, Direct comparison of the value
main
- 协作多点传输(CoMP)技术中联合处理(Joint Processing, CoMP-JP)和协同波束赋形(Coordinated Beamforming, CoMP-CB)两方案中的迫零(Zero-forcing)预编码的基本原理和实现,并进行了仿真分析-Coordinated multipoint transmission (CoMP) technology combined treatment (Joint Processing, CoMP-JP) and collaborative be
main_h
- 协作多点传输(CoMP)技术中联合处理(Joint Processing, CoMP-JP)和协同波束赋形(Coordinated Beamforming, CoMP-CB)两方案中的迫零(Zero-forcing)预编码的基本原理和实现,并进行了仿真分析。此为异构网-Coordinated multipoint transmission (CoMP) technology combined treatment (Joint Processing, CoMP-JP) and collaborat
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- 本程序仿真2个AUV在航行过程中以一定的编队航行,一前一后,协同完成任务-This procedure simulated two AUV during the voyage, sailing in certain formations, one after the other, collaborative tasks
AF_SER
- 放大转发协同网络中的误码率仿真,可以进行功率优化和中继位置优化-AF network the simulation of ser
Matlab-AF
- 协同通信中的AF模式代码,有效进行AF放大前传的系统性能仿真-The collaborative communication the AF mode code, effective AF zoom prequel system performance simulation
SaberCosim2010b
- Saber-Simulink协同仿真文件 协同仿真 官方自带-Saber-Simulink co-simulation simulation official document collaboration comes
cooperation_AF_DF
- 协同通信中两种基本协议AF,DF的转发仿真,适合初学者。-Two basic cooperative communication protocols AF, DF forwarding simulation, suitable for beginners.
parallel_battery_SC_boost_converter
- matlab仿真,蓄电池和超级电池协同充放电(Matlab simulation, battery and super battery charge and discharge)
多无人机协同决策与控制仿真平台
- 为了提高车辆编队控制效果,本文在领航跟随者方法的基础上,针对系统内参数的不确定性和外界干扰问题,将自适应和鲁棒控制方法应用于车辆编队,并依据图论相关知识确定了编队层数最少的编队队形组织规则。(In order to improve the effectiveness of vehicle formation control, this paper applies adaptive and robust control methods to vehicle formation based on t
3d-多智能体
- 展现了三维多智能体仿真再现,实现了多智能体协同一致性。(The simulation representation of 3d multi-agent is presented and the multi-agent couniformity is realized.)