Experimental performance evaluation of five-node IP over WDM laboratory test-bed

Rocha, Maria Eliane Merlin; Rossi, Sandro; Barros, M.R.X. de; Pezzolo, L.; Rosolem, J.B.; Oliveira, Marcelo Falção de; Paradisi, A.

doi:10.1049/el:20020806

Cited by 11 publications

(3 citation statements)

References 2 publications

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“…In this paper, we concentrate on cases where the goal of attacks is disruption or degradation of service. Various physical layer vulnerabilities exists in transparent optical channels, such as amplified spontaneous emission (ASE) noise, crosstalk, four-wave mixing (FWM), polarization-mode dispersion (PMD), crossphase modulation (XPM), chromatic dispersion (CD), filter concatenation (FC), and transients of amplifiers and microelectro-mechanical systems (MEMS) switches [13][14][15][16][17][18][19][20][21]. SNR degradation at the targeted optical channel may be achieved by crosstalk effects, cross-saturation of amplifier gain, or non-linear effects, etc [7,8,22].…”

Section: Vulnerabilities and Threatsmentioning

confidence: 99%

Security and self-organization in transparent optical networks

Yeom

Tonguz

2006

Proceedings of the 1st International Conference on Access Networks - AcessNets '06

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The recent research on Internet Protocol-over-Wavelength Division Multiplexing (IP-over-WDM), driven by the explosion of the Internet data traffic, has uncovered many interesting issues, and much progress has been made as well. While transparent WDM optical networks become more and more popular as the basis of Next Generation Internet (NGI) infrastructure, such networks also raise many unique security issues. The existing protection schemes which only consider inadvertent failures and only rely on postmortem detection and reaction are not suitable for providing security assurance for such infrastructures which require timely protection from malicious sabotage as well as inadvertent faults. In addition, as may have been observed from the past practices, providing a particular solution dedicated to each incessantly discovered new problem would not dramatically improve the situation. In this paper, we discuss the diverse efforts reported in the literature to address the security problem in optical networks. Then, we propose a new approach to protect such infrastructure networks, which is to imbed intelligence into the network, such that they can continuously learn from different faults and attacks and selforganize to protect themselves from potential failures caused by malicious attacks or regular reliability problems.

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Section: Vulnerabilities and Threatsmentioning

confidence: 99%

Security and self-organization in transparent optical networks

Yeom

Tonguz

2006

Proceedings of the 1st International Conference on Access Networks - AcessNets '06

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“…treat the inaccurate information in IP over MPLS networks with the purpose of offering Quality of Service to the users. This controller will be implemented and tested in the OMEGA (Optical Metro network for Emerging Gigabit Applications) test bed assembled at CPqD Foundation [4]. Again, considering that the problem presents uncertainties (offered traffic and network status), we propose to use fuzzy theory [5] in the connection admission control and for the network load redefinition, basing the decision on nebulous rules.…”

Section: In This Work We Propose a Connection Admission Controller Thmentioning

confidence: 99%

Traffic engineering with MPLS using fuzzy logic for application in IP networks

Resende

Rossi²,

Yamakami³

et al.

The 12th IEEE International Conference on Fuzzy Systems, 2003. FUZZ '03.

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“…Em todas implementações com pacotes FH a integridade do pacote foi preservada experimentalmente e suportada por simulações de diversos tipos de tráfego [27], sinalizando para perdas de pacotes muito baixa para carga de rede menor que 40% em redes MS com 16 nós. Além disso, o experimento apresentou compatibilidade com experimentos WDM, sendo roteado através de 60 Km, passando por 3 nós diferentes da rede Omega [38].…”

Section: -Roteamento De Pacotes óPticosunclassified

Desenvolvimento de nos de chaveamento de pacotes opticos para aplicação em redes metropolitanas de acesso

Maia¹,

Moschim²

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Um novo sistema para geração, chaveamento e roteamento de pacotes ópticos é descrito, visando aplicação em nós de redes ópticas de próxima geração (NGON). Os pacotes ópticos são compostos por um campo de cabeçalho em freqüência e um campo de carga útil digital de alta capacidade (~Gb/s). Os nós de chaveamento óptico incluem as funcionalidades de bloqueio, roteamento e retirada de pacotes, e são controlados por circuitos eletrônicos lógicos que rapidamente processam a informação contida no cabeçalho dos pacotes ópticos, permitindo baixa latência. O chaveamento é realizado pacote-a-pacote, e o tempo de reconhecimento do cabeçalho e chaveamento dos pacotes ópticos é de alguns microsegundos (~µs) . Este sistema apresenta arquitetura simples, operação eficiente, e pode ser visto como uma solução atrativa nos aspectos técnicos e econômicos, aplicável a redes metropolitanas de acesso e, demonstra-se totalmente compatível com redes ópticas WDM.

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Experimental performance evaluation of five-node IP over WDM laboratory test-bed

Cited by 11 publications

References 2 publications

Security and self-organization in transparent optical networks

Security and self-organization in transparent optical networks

Traffic engineering with MPLS using fuzzy logic for application in IP networks

Desenvolvimento de nos de chaveamento de pacotes opticos para aplicação em redes metropolitanas de acesso

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