Sensing of sulphuric acid concentration using photonic crystal waveguide with circular air holes ... more Sensing of sulphuric acid concentration using photonic crystal waveguide with circular air holes of diameter 400nm. The principle of measurement is based on variation of electric field with respect to change in sulphuric acid concentrations
In this paper a fiber communication system is employed using Giga Ethernet Passive Optical Networ... more In this paper a fiber communication system is employed using Giga Ethernet Passive Optical Network (GE-PON) architecture. In this architecture an optical fiber is employed directly from a Central Office to the home. A 1:8 splitter is used as a PON element which establishes communication between a Central Office to different users. In this paper GE-PON architecture has investigated for different lengths from a Central Office to the PON in the terms of BER. For 10 Gbit/s system the plots between the BER and transmission distance is plotted and it is seen that as the distance increases beyond the 15 km the BER is increased very sharply. Results in the form of Voice and Data spectrum for different users of FTTH with GE-PON architecture are shown.
Sensing of sulphuric acid concentration using photonic crystal waveguide with circular air holes ... more Sensing of sulphuric acid concentration using photonic crystal waveguide with circular air holes of diameter 400nm. The principle of measurement is based on variation of electric field with respect to change in sulphuric acid concentrations
In this paper a fiber communication system is employed using Giga Ethernet Passive Optical Networ... more In this paper a fiber communication system is employed using Giga Ethernet Passive Optical Network (GE-PON) architecture. In this architecture an optical fiber is employed directly from a Central Office to the home. A 1:8 splitter is used as a PON element which establishes communication between a Central Office to different users. In this paper GE-PON architecture has investigated for different lengths from a Central Office to the PON in the terms of BER. For 10 Gbit/s system the plots between the BER and transmission distance is plotted and it is seen that as the distance increases beyond the 15 km the BER is increased very sharply. Results in the form of Voice and Data spectrum for different users of FTTH with GE-PON architecture are shown.
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Papers by Pradeep Teotia