An Improvement of Speed for Wavelength Multiplex Optical Network using Optical Micro Electro Mechanical Switches

이상화; HAESANG SONG

Journal of The Korea Society of Computer and Information

Abbr : JKSCI
2005, 10(5), pp.123-132
Publisher : The Korean Society Of Computer And Information
Research Area : Computer Science

이상화 ¹, HAESANG SONG ²

¹서원대학교
²서원대학교

ABSTRACT

In this paper, we present an improvement of switch node for wavelength multiplex optical network. Currently because of quick increase of internet traffic a big network capacity is demanded. Wavelength multiplex optical network provides the data transfer of high speed and the transparent characteristic of the data. Therefore optical network configuration is the most powerful technology in the future. It will be able to control the massive traffic from the optical network in order to transmit the multimedia information of very many quantity. Consequently the node where the traffic control is possible, is demanded. The optical switch node which manages efficiently the multiple wavelength was proposed. This switch is composed of a optical switch module for switching and a wavelength converter module for wavelength conversion. It will be able to compose the switch fabric without optical/electro or electro/optical conversion using optical MEMS(Micro Electro Mechanical Switches) module. Finally, we present the good test result regarding the operational quality of the switch fabric and the performance of optical signal from the switch node. The proposed switch node of the optical network will be able to control the massive traffic with all optical.
KEYWORDS

OXC, OADM, Optical MEMS, EXC, Clos Switch Fabric
REFERENCES (7)

[journal] / 1997 / Pan-European Optical Networking using Wave length Division Multiplexing : 82~88

[journal] / 200009 / “Architectural and Technological Issues for Future Optical Internet Networks” : 82~92

[journal] / -19990103 / “Optical Cross Connects for Optical Networking” : 262~281

[journal] / 1998 / “National-Scale Networks Likely to Be Opaque” : 92~95

[journal] / 199809 / IEEE Journal on Selected Areas in Ccmmunications : 1226~1244

[journal] / 2005 / “전송률 향상을 위한 종단간 호스트의 오버레이 전송기법”

[journal] / 2003 / “고속 네트워크를 위한 ATM Switch 설계”
KCI Citation (0)

KJC Korea
Journal Central

Statistics

Tools