AbstractIntegration of DWDM in Optical wireless communication has undoubtedly revolutionized the satellite communication systems for use in the coming future. Thus OWC systems have become popular due to their outstanding performance uniqueness. This paper looks into the performance of Inter Satellite Optical Wireless Communication system link using DWDM multiplexing technique for long distance transmission. The Inter satellite link has been modeled at a data rate of 10 Gbps for communication range of 5000 kilometers. Furthermore, it demonstrates a comparative analysis of RZ (Return to zero) and NRZ (Non-return to zero) modulation formats by varying the levels of input power
OWC systems have turned into a state-of-the-art technology because of their superior performance uni...
In this chapter three optical modulation techniques such as on off keying (OOK), binary phase shift ...
This paper gives an analysis of free space optical communication link between satellites. We opted t...
AbstractIntegration of DWDM in Optical wireless communication has undoubtedly revolutionized the sat...
Optical wireless communication offers high data rates applications due to license-free and wide-band...
Abstract — Optical wireless communication systems have got more popularity in last few years due to ...
The evolution of optical communications systems from long fibers to robust wireless system has led t...
Inter-satellite communication is looked as one of the evolving technology in the field of data commu...
AbstractThis paper proposes a novel method for low power communication between two Low Earth Orbitin...
Inter-Satellite communication is the revolutionary technology used to transmit the signals between t...
The performance of modulation techniques is frequently compared in terms of the average received opt...
Abstract — In this paper will have done comparative performance study for three different optical ch...
Abstract—This paper has presented the different advanced modulation techniques for free space optica...
Given the growing need for long haul transmission that requires a high rate of data, the orthogonal ...
AbstractThis paper proposes a novel method for low power communication between two Low Earth Orbitin...
OWC systems have turned into a state-of-the-art technology because of their superior performance uni...
In this chapter three optical modulation techniques such as on off keying (OOK), binary phase shift ...
This paper gives an analysis of free space optical communication link between satellites. We opted t...
AbstractIntegration of DWDM in Optical wireless communication has undoubtedly revolutionized the sat...
Optical wireless communication offers high data rates applications due to license-free and wide-band...
Abstract — Optical wireless communication systems have got more popularity in last few years due to ...
The evolution of optical communications systems from long fibers to robust wireless system has led t...
Inter-satellite communication is looked as one of the evolving technology in the field of data commu...
AbstractThis paper proposes a novel method for low power communication between two Low Earth Orbitin...
Inter-Satellite communication is the revolutionary technology used to transmit the signals between t...
The performance of modulation techniques is frequently compared in terms of the average received opt...
Abstract — In this paper will have done comparative performance study for three different optical ch...
Abstract—This paper has presented the different advanced modulation techniques for free space optica...
Given the growing need for long haul transmission that requires a high rate of data, the orthogonal ...
AbstractThis paper proposes a novel method for low power communication between two Low Earth Orbitin...
OWC systems have turned into a state-of-the-art technology because of their superior performance uni...
In this chapter three optical modulation techniques such as on off keying (OOK), binary phase shift ...
This paper gives an analysis of free space optical communication link between satellites. We opted t...