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Experimental-verification-of-performance-improvem
- Experimental verification of performance improvement for a gigabit wavelength division multiplexing VLC system utilizing ACO-OFDM
siso
- 自适应OFDM系统能根据信道估计得到信道的状态信息,自适应地调节发送端传输参数,从而提高系统的性能。其中OFDM是一种多载波调制技术,具有频谱利用率高、抗多径干扰、抗突发噪声差错等优点。 在VLC中引入自适应OFDM技术,可以提升系统的容量,提高传输质量,使系统具有更大灵活性,改善系统性能。在无线光通信领域对该技术的研究已成为个重要的方向。根据现有的研究人员所发表的文献,大多是基于基础性和理论性的研究,对可见光通信技术与自适应OFDM的研究甚少。(The adaptive OFDM syste
mimo
- 可见光通信是通过驱动电路将电信号转换成光信号并通过LED 发射出去,接收端通过光检测设备接收光信号,并提取其中有用的信号分量,从而实现通信。 研究OFDM和MIMO的关键技术,并针对室内可见光通信系统提出合适的MIMO-OFDM 方案。(isible light communication is through the drive circuit converts electrical signals into light signals and transmitted through LED
ACO-OFDM
- ACO OFDM modulation for VLC system
visibleLight
- The paper describe the basic O-OFDM
OFDM over indoor wireless optical channel
- paper for using ofdm in vsibile light communication
VCL-ofdm
- visible light communication based ofdm
ACO
- 光通信中采用OFDM时,信号必须为非负实信号,因此通常采用DCO-OFDM或ACO-OFDM技术,此代码为ACO-OFDM(In VLC the signal has to be real and unipolar. Number of schemes in VLC are proposed in order to provide a real and unipolar signal like U-OFDM , Flip-OFDM , spectrally factorized pptical
ofdm vlc
- 可见光通信经典的dco ofdm 和aco ofdm,加高斯白噪声信道,可以使用的。(The classic DCO OFDM and ACO OFDM in visible light communication, with Gaussian white noise channel, can be used.)