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Subject Index Volume 3
Optical Switching and Networking 3 (2006) 234 www.elsevier.com/locate/osn
Subject Index Volume 3 All-optical networks, 41 Arc-chain formulation, 219 Architectures, 71 Bandwidth allocation, 24 BLSR, 104 Burst assembly, 50 Differentiated service, 134 Dynamic connection establishment, 191 Dynamic reconfiguration, 143
Optical networks, 2, 71, 143 Optical network security, 41 Optical packet switching, 64 Optical WDM networks, 11 Overlay architecture, 118 p-Cycle protection, 191 Performance evaluation, 158 Periodic connectivity, 158 Protection, 89, 134 QoS, 50, 134
Efficient routing, 219 Elastic traffic, 118 Eta-factorization, 219 Fairness, 24 Fault management, 41 Genetic algorithms, 173 Grooming, 104, 118 GUB decomposition, 219 Heuristics, 71 Ingress/egress router, 50 Internet backbone, 50 IP over optical, 118 Lightpath protection, 173 Logical topology, 219 Metropolitan area network, 24 Mobile agents, 173 MPLS over OTN, 202 MSPP, 104 Multicasting, 89 Multilayer network design, 202 Multilayer routing, 202 OADM, 104 OBS networks, 134 Optical burst switching (OBS), 50 Optical code division multiplexing, 64 Optical-code label, 64 Optical crosstalk, 41 1573-4277/$ - see front matter doi:10.1016/S1573-4277(06)00066-X
Reconfigurability, 71 Ring optical network, 104 Routing, 104, 118 Scheduled lightpaths, 158 Scheduling algorithm, 24 Simulations, 118 Single-link failure model, 89 SONET, 104 Spare capacity allocation, 202 Survivability, 71 Survivability design, 202 Survivable routing, 173 Throughput, 24 Time flexibility, 158 Time-slot interchangers, 71 Topology design, 2 Traffic engineering, 118 Traffic grooming, 11, 89 UPSR, 104 Virtual topology reconfiguration, 11 Wavelength assignment, 104, 143 Wavelength conversion, 173 Wavelength converters, 71 Wavelength-division-multiplexing, 173 WDM, 71, 104, 143, 158 WDM networks, 24, 191, 219 WDM networks electronic bottleneck, 2 WDM optical ring networks, 89
Subject Index Volume 3 All-optical networks, 41 Arc-chain formulation, 219 Architectures, 71 Bandwidth allocation, 24 BLSR, 104 Burst assembly, 50 Differentiated service, 134 Dynamic connection establishment, 191 Dynamic reconfiguration, 143
Optical networks, 2, 71, 143 Optical network security, 41 Optical packet switching, 64 Optical WDM networks, 11 Overlay architecture, 118 p-Cycle protection, 191 Performance evaluation, 158 Periodic connectivity, 158 Protection, 89, 134 QoS, 50, 134
Efficient routing, 219 Elastic traffic, 118 Eta-factorization, 219 Fairness, 24 Fault management, 41 Genetic algorithms, 173 Grooming, 104, 118 GUB decomposition, 219 Heuristics, 71 Ingress/egress router, 50 Internet backbone, 50 IP over optical, 118 Lightpath protection, 173 Logical topology, 219 Metropolitan area network, 24 Mobile agents, 173 MPLS over OTN, 202 MSPP, 104 Multicasting, 89 Multilayer network design, 202 Multilayer routing, 202 OADM, 104 OBS networks, 134 Optical burst switching (OBS), 50 Optical code division multiplexing, 64 Optical-code label, 64 Optical crosstalk, 41 1573-4277/$ - see front matter doi:10.1016/S1573-4277(06)00066-X
Reconfigurability, 71 Ring optical network, 104 Routing, 104, 118 Scheduled lightpaths, 158 Scheduling algorithm, 24 Simulations, 118 Single-link failure model, 89 SONET, 104 Spare capacity allocation, 202 Survivability, 71 Survivability design, 202 Survivable routing, 173 Throughput, 24 Time flexibility, 158 Time-slot interchangers, 71 Topology design, 2 Traffic engineering, 118 Traffic grooming, 11, 89 UPSR, 104 Virtual topology reconfiguration, 11 Wavelength assignment, 104, 143 Wavelength conversion, 173 Wavelength converters, 71 Wavelength-division-multiplexing, 173 WDM, 71, 104, 143, 158 WDM networks, 24, 191, 219 WDM networks electronic bottleneck, 2 WDM optical ring networks, 89