Abstract/Description
Significant implementation challenges exist in wireless backbone connectivity. Typical optical wireless communication topologies are evaluated. A fresh approach using 1550nm Wavelength laser to design protocol and topology for point-to-point outdoor connectivity is carried out. Matlab simulation results support the 1550nm laser as a good choice for outdoor connectivity for optical wireless communication. New design and topology for an optical wireless communication system is suggested with special consideration of security and recommendation for the optimal use of such a technology is suggested.
Keywords
Radio frequency, Wireless communication, Optical fiber networks, Bandwidth, Optical fiber communication, Optical design, Optical fibers, Costs, Radiofrequency interference, Optical beams
Location
Eiffel 3
Session Theme
Application of ICT - I
Session Type
Other
Session Chair
Dr. Ashraf Iqbal
Start Date
15-8-2009 5:35 PM
End Date
15-8-2009 5:55 PM
Recommended Citation
Shaikh, R. A., & Basit, A. (2009). Application of ICT - I: Using point-to-point 1550nm laser for outdoor mobility. International Conference on Information and Communication Technologies. Retrieved from https://ir.iba.edu.pk/icict/2009/2009/31
Application of ICT - I: Using point-to-point 1550nm laser for outdoor mobility
Eiffel 3
Significant implementation challenges exist in wireless backbone connectivity. Typical optical wireless communication topologies are evaluated. A fresh approach using 1550nm Wavelength laser to design protocol and topology for point-to-point outdoor connectivity is carried out. Matlab simulation results support the 1550nm laser as a good choice for outdoor connectivity for optical wireless communication. New design and topology for an optical wireless communication system is suggested with special consideration of security and recommendation for the optimal use of such a technology is suggested.
