Indoor wireless optical communication is a good alternative to existing mature RF technology. However various challenges in indoor optical wireless technology are due to free space loss, ambient light, and multi path dispersion causing inter symbol interference (ISI). The degradation in performance due to these facts is very much influenced by the channel topology. So in this paper the performance of indoor optical configuration has been analyzed using three types of channel topologies viz., directed (LOS), non-directed (LOS), and multi beam diffused link for various transmitter and receiver design parameters. The analysis has been carried using Optiwave simulation tools
In this chapter three optical modulation techniques such as on off keying (OOK), binary phase shift ...
Diffuse wireless optical communications offer more robust optical links in terms of coverage and sha...
In this chapter three optical modulation techniques such as on off keying (OOK), binary phase shift ...
© 2021 Tingting SongOptical wireless communications use optical signals or light over the air for th...
Abstract — In this paper will have done comparative performance study for three different optical ch...
Optical wireless communications (OWC) has the potential to become a remedy for the shortage of the ...
This paper discusses novel aspects to high-speed multi-user indoor optical wireless communication sy...
This paper describes a novel approach to the evaluation of the bit error rate (BER) performance of o...
There are many difficulties that limit the applications of indoor visible light communication system...
The purpose of this study is to investigate the impact of multiple-cell configuration on indoor wire...
An overview of the developments in optical wireless systems viewed from the traditional communicatio...
Performance of a diffuse optical link may potentially be degraded by temporal dispersions resulting ...
Optical wireless sensors are moderately find its place in the advanced wireless optical communicatio...
The field of Optical Wireless Communications (OWC) has seen rapid development during the recent year...
Indoor diffuse optical wireless (OW) communication systems performance is limited due to a number of...
In this chapter three optical modulation techniques such as on off keying (OOK), binary phase shift ...
Diffuse wireless optical communications offer more robust optical links in terms of coverage and sha...
In this chapter three optical modulation techniques such as on off keying (OOK), binary phase shift ...
© 2021 Tingting SongOptical wireless communications use optical signals or light over the air for th...
Abstract — In this paper will have done comparative performance study for three different optical ch...
Optical wireless communications (OWC) has the potential to become a remedy for the shortage of the ...
This paper discusses novel aspects to high-speed multi-user indoor optical wireless communication sy...
This paper describes a novel approach to the evaluation of the bit error rate (BER) performance of o...
There are many difficulties that limit the applications of indoor visible light communication system...
The purpose of this study is to investigate the impact of multiple-cell configuration on indoor wire...
An overview of the developments in optical wireless systems viewed from the traditional communicatio...
Performance of a diffuse optical link may potentially be degraded by temporal dispersions resulting ...
Optical wireless sensors are moderately find its place in the advanced wireless optical communicatio...
The field of Optical Wireless Communications (OWC) has seen rapid development during the recent year...
Indoor diffuse optical wireless (OW) communication systems performance is limited due to a number of...
In this chapter three optical modulation techniques such as on off keying (OOK), binary phase shift ...
Diffuse wireless optical communications offer more robust optical links in terms of coverage and sha...
In this chapter three optical modulation techniques such as on off keying (OOK), binary phase shift ...