In Campus Communication system Using Optical Principle And Techniques (Transmitter)

Syahmi , Ghazali (2009) In Campus Communication system Using Optical Principle And Techniques (Transmitter). Project Report. UTeM, Melaka, Malaysia. (Submitted)

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Abstract

This new generation network nowadays needs to fulfill the demands of the new information age, which requires improved scalability, flexibility, and dynamic delivery of communication services. An evolution of the network is underway to meet this demand. The evolution introduces new network elements supporting an architecture that is better suited for the dynamic global distribution of broadband based services. As such, the next major step in the progression is the wide scale deployment of intelligent optical switches. The purpose of this study is to investigate the characteristic and the behavior of optical techniques to implement an efficient FOS communication system. For the transmitter side, the laser is used to transmit the beam directly to the receiver. To interface with the computer, the Borland C++ 3.1 programming is used. The framework used for this method is general enough for further investigation by either evaluating other parameters by extending its applications in the communication network. From this research, it is hope that more in-depth knowledge on the transceiver, laser and photo diodes, free space propagation, line of sight and data propagation are acquired.

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