Hardware Design And Prototype Of An Optical Packet-switched Ring Network Node

This paper describes the design and prototype of a complete hardware system for high speed optical burst and packet switching applications. Commercially available ASICs and high density programmable logic devices, with functional blocks implemented in VHDL, were used in the custom-designed boards, built to perform a proof of concept of a 3-node innovative packet-switched network architecture. © 2006 IEEE.2496500Barbosa, F.R., Décio Maia, L., Pezzolo, A., Sachs, C., Salvador, M.R., Optical Packet Switching Node for Metro-Access Networks (2003) Proc. ECOC, , ItalyChen, Y., Qiao, C., Yu, X., Optical Burst Switching: A New Area in Optica] Networking Research (2004) IEEE Network, 18 (3), pp. 16-23. , May/JuneSahara, A., Demonstration of Optical Burst Switching Network Utilizing PLC and MEMS Switches with GMPLS Control (2004) Proc. ECOC 2004, pp. 896-897. , Sweden, SeptConn, S., Problems in Strip Transmission Lines (1955) MTT-3, (2), pp. 199-126. , MarchBarbosa, F.R., Coral, C., Caumo, J.R., Flacker, A., Hermetically packaged semiconductor optical amplifier for application in Singlemode fiber systems (1993) Proc. SBMO, pp. 129, 199

Hardware Architecture For Optical Packet And Burst Switching Applications

This paper describes an innovative packet-switched network architecture hardware prototype, designed and implemented for a proof-of-concept of high-speed optical burst and packet switching applications. Commercially available ASICs and high-density programmable logic devices, with functional blocks implemented in VHDL, were used in the custom-designed boards, built to validate the functionalities of a 3-node network architecture. Computer simulations were also included to verify the network behavior in different traffic scenarios. © 2006 IEEE.728733Barbosa, F.R., Décio Maia, L., Pezzolo, A., Sachs, C., Salvador, M.R., Optical Packet Switching Node for Metro-Access Networks (2003) Proc. ECOC 2003, , ItalyChen, Y., Qiao, C., Yu, X., Optical Burst Switching: A New Area in Optical Networking Research (2004) IEEE Network, 18 (3), pp. 16-23. , May/JuneSahara, A., Demonstration of Optical Burst Switching Network Utilizing PLC and MEMS Switches with GMPLS Control (2004) Proc. ECOC, pp. 896-897. , Sweden, SeptCohn, S., (1955) Problems in Strip Transmission Lines, MTT-3 (2), pp. 199-126. , MarchBarbosa, F.R., Coral, C., Caumo, J.R., Flacker, A., Hermetically packaged semiconductor optical amplifier for application in singlemode fiber systems (1993) Proc. SBMO, pp. 129, 1993Pawlikowski, K., Joshua Jeong, H.D., Ruth Lee, J.S., On Credibility of Simulation Studies of Telecommunication Networks (2002) IEEE Communications Magazine, 40 (1), pp. 132-139Matsumoto, M., Nishimura, T., Mersenne Twister: A 623-dimensionally equidistributed uniform pseudorandom number generator (1998) ACM Transactions on Modeling and Computer Simulation, 8 (1), pp. 3-30Claffy, K., Miller, G., Thompson, K., The nature of the beast: Recent traffic measurements from an Internet backbone (1998) Internet Society (ISOC) Internet SummitM. R. Salvador, E. Mobilon, V. G. de Oliveira, R. Bernardo, L. R. Monte, M. M. Pereira, L. Pezzolo, M. F. M. B. B. F. de Oliveira, A. D. Coral, A. Paradisi, F. Damiani, P. J. Tatsch, N. L. S. da Fonseca, M. M. Uesono, Arquitetura e Protótipo de Rede de Pacotes em Anel com Transmissão e Comutação no Domínio Óptico, Proc. SBRC 2006, Brazil, 200