A high bit rate free space optics based ring topology having carrier‐less nodes
Copyright policy )A high bit rate free space optics based ring topology having carrier‐less nodes
Abstract A free space optics based ring topology that transmits full‐duplex data to four different nodes in the ring is proposed. The link is designed such that the four nodes do not require a local optical source to transmit the uplink data. A wavelength division multiplexed signal composed of four different wavelengths each modulated by the downlink baseband data using differential phase shift keying is transmitted towards the nodes. At each node, the downlink baseband data is extracted and the received optical pulses are remodulated by the uplink baseband data using on‐off keying modulation format. Each node has a data rate of 10 Gbps and is at a distance of 400 m from the consecutive node. The free space optical link is modelled on the basis of Gamma‐Gamma channel model under different turbulence conditions by considering the refractive index structure parameter values of , and . Bit error rate results are obtained for both the downlink and uplink channels. Finally, power budget analysis is presented to demonstrate the robustness of the link under different weather conditions.
- National University of Science and Technology Oman
- University of Engineering and Technology Peshawar Pakistan
- HITEC University Pakistan
- NATIONAL UNIVERSITY OF TECHNOLOGY Pakistan
- University of the Sciences United States
Telecommunications link, Optical fiber, Optical Fiber Communication Technologies, Radio links and equipment, Free-Space Optical Communication, TK5101-6720, Node (physics), Optical Carrier transmission rates, Quantum mechanics, Optical communication equipment, Bandwidth (computing), Engineering, Free‐space optical links, Optical link, Keying, FOS: Electrical engineering, electronic engineering, information engineering, Radio over fiber, MIMO Techniques, Baseband, Electrical and Electronic Engineering, Space-Division Multiplexing, Topology (electrical circuits), Optical Wireless Communication Systems and Technologies, Computer network, Modulation and coding methods, Electronic engineering, Optical communication devices, equipment and systems, Physics, Multiplexing and switching in optical communication, Underwater Optical Communication, High Data Rate Transmission, Computer science, Microwave Photonics and Optical Access Networks, Bit error rate, Channel (broadcasting), Electrical engineering, Physical Sciences, Telecommunication, Telecommunications
Telecommunications link, Optical fiber, Optical Fiber Communication Technologies, Radio links and equipment, Free-Space Optical Communication, TK5101-6720, Node (physics), Optical Carrier transmission rates, Quantum mechanics, Optical communication equipment, Bandwidth (computing), Engineering, Free‐space optical links, Optical link, Keying, FOS: Electrical engineering, electronic engineering, information engineering, Radio over fiber, MIMO Techniques, Baseband, Electrical and Electronic Engineering, Space-Division Multiplexing, Topology (electrical circuits), Optical Wireless Communication Systems and Technologies, Computer network, Modulation and coding methods, Electronic engineering, Optical communication devices, equipment and systems, Physics, Multiplexing and switching in optical communication, Underwater Optical Communication, High Data Rate Transmission, Computer science, Microwave Photonics and Optical Access Networks, Bit error rate, Channel (broadcasting), Electrical engineering, Physical Sciences, Telecommunication, Telecommunications
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