Efficient Bandwidth Allocation for NG-PON2 based on GBA
Keywords:
Optical Line Terminal (OLT), Optical Network Unit (ONU), Next Generation Passive Optical Network Stage-2(NGPON-2)Abstract
Energy consumption and green endeavours have turned out to be entrenched subjects for cutting edge research work, with particular respect to lessening carbon impression, bringing down adverse impact on the environment, and limiting operational costs. Aside from fitting in with the required societal green plan, there are additionally numerous pragmatic points of interest to making arrangements that show such advantages. Expanding the benefits of energy conservation to high end systems is foremost widely supported for using the Internet application. Different elements of energy conservation in Optical Network, at the user end account for around 70 to 80% of the energy consumed in present Passive Optical Networks. A novel technique is proposed for high end optical system model known as the Next Generation Passive Optical Network-stage2 to save energy considerably by allocating one’s Optical Network Unit idle time to other Optical Network Units transceiver occurring in a two-stage system. The Optical Network Units are classified into two categories having different energy-saving modes according to their traffic. The proposed scheme has considerably reduced the Optical Network Unit power consumption and ONU delay. As a result, efficiency increases, power and delay allocation will be applicable for particular available spectrum.
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