She received Bachelor in Electrical Engineering-Telecommunication (2007) and now working towards her Masters in Optical Network in Universiti Teknologi Malaysia. She was a Research and Development Engineer with an international company and responsible for memory product designs. She joined UiTM since January 2011 as the Young Lecturer. Her main research areas are wireless-optical communication system and network, and radio over fiber system. Sevia M. Idrus is a member of Faculty Of Electrical Engineering, Universiti Teknologi Malaysia. She received Bachelor in Electrical Engineering (1998) and Master in Engineering Management (1999) both from the Universiti Teknologi Malaysia. She obtained her PhD in 2004, in the area of optical communication system engineering from the University of Warwick, United Kingdom. She served Universiti Teknologi Malaysia since 1998 both as the academic and administrative staff. Her main research areas are optical communication system and network, optoelectronic design, radio over fiber system, optical wireless communication and engineering management. Nadiatulhuda Zulkifli Dr Nadiatulhuda Zulkifli is a member of Faculty of Electrical Engineering, Universiti Teknologi Malaysia where she received her Bachelor in Electrical -Telecommunication Engineering in 2001. She received her Master (2003) and PhD (2009) degrees both from the University of Essex, UK. Her research interests are optical communication and networking, and hybrid optical wireless communication systems. She has had a number of publications in international conferences and journal. She was the Recipient of the Best Paper Award (Optical Track), BROADNEST 2008.
Wireless networks nowadays demand for high speed, mobility and capacity due to the advance of computer technology. The integration of wireless and optical fiber technology is capable to support these requirements. This paper presents the analysis of the adoption of fiber with GPON architecture into the wireless network which is feasible to be developed into a building. We measure the performance of IEEE 802.11 throughput at the MAC layer when Basic Access Method and RTS/CTS Method was used. The throughput performances are identical for all fiber length; which -4.0 Mbps for Basic Access and -3.9 Mbps for RTS/CTS method.
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