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Network quality of service /
| Clasificación: | Libro Electrónico |
|---|---|
| Otros Autores: | |
| Formato: | Electrónico eBook |
| Idioma: | Inglés |
| Publicado: |
New York :
Nova Science Publishers, Inc.,
[2012]
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| Colección: | Computer science, technology and applications.
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| Temas: | |
| Acceso en línea: | Texto completo |
Tabla de Contenidos:
- NETWORK QUALITY OF SERVICE ; NETWORK QUALITY OF SERVICE ; CONTENTS ; PREFACE ; RESOURCE ALLOCATION IN NEXT GENERATION NETWORKS ; 1. Introduction ; 2. The Resource Management Problem ; 3. Decomposition of the Resource Management Problem ; 4. The Connection Admission Control Problem; 5. Routing ; 6. Dynamic Capacity Assignment, Congestion Control and Scheduling; 7. Final Remarks ; Acknowledgments ; References ; QUALITY OF SERVICE MANAGEMENT BY ACTIVE GRID INFORMATION SERVER IN GRID COMPUTING ; Abstract ; 1. Introduction ; 2. Related Work; 3. Active Grid Information Server (AGIS).
- 4. Evaluation of AGIS's ECA Rules5. Conclusion; References ; A GENERALIZED RADIO RESOURCE MANAGEMENT ARCHITECTURE FOR FUTURE WIRELESS NETWORKS; Abstract; 1. Introduction; 2. OverviewoftheGeneralizedCCRRMArchitecture; 2.1. TechnologyAgnosticApproach; 2.2. COGNITIONProcess; 2.3. User-CentricDesign; 2.4. COGNITIONRelationships; 2.4.1. CollectStage; 2.4.2. RelateStage; 2.4.3. CreateStage; 2.4.4. DonateStage; 3. LinkLayerCognition; 3.1. MotivationsforQoSParametersEstimation; 3.2. QoSParametersEstimationwithBootstrapApproximation; 3.3. OptimalNetworkSelectionwithBayesianLearningandCu-mulativeSumMonitoring.
- 3.4. BayesianLearning:AGeneralizedFormoftheKalmanFilter4. Multi-DomainCooperation; 4.1. Inter-NetworkCooperation; 4.2. Inter-EntityCooperation; 4.3. Intra-LayerCooperation; 4.4. Inter-LayerCooperation; 5. CaseStudy; 5.1.NetworkConfigurations; 5.2. PerformanceEvaluation; 6. Conclusion; References; IP-BASED QUALITY OF SERVICE ARCHITECTURES FOR CLOUD SERVICES; Abstract; 1. InternetEvolutionandQoSProvisioning; 2. GridandCloudComputingintheInternet; 3. BasicCharacteristicsofCloudComputing; 4. IP-BasedQualityofServiceArchitecturesforCloudServices; 4.1. DiffServ-Modified(DSm)Architectures.
- 4.1.1. General-purposeArchitectureforReservationandAllocation(GARA)4.1.2. DiffServ-BasedDynamicBandwidthAllocationApproach; 4.2. DiffServ-basedarchitectures; 4.2.1.NetworkResourceSchedulingEntity(NRSE); 4.2.2. GridNetworkBroker(GNB); 4.3. DiffServ-ComplementaryArchitectures; 4.3.1. GridQualityofServiceManagement(G-QoSM); 4.3.2. GridNetwork-awareResourceBroker(GNRB); 4.3.3. IntServ-DiffServArchitecture; 4.4. Non-DiffServ-BasedArchitectures; 4.4.1. EquivalentDifferentiatedServices(EDS); 4.4.2. Policy-basedandActiveApproach; 4.4.3. TAMANOIR; 4.4.4. QoSINUS; 5. Conclusions; References.
- ANALYSIS OF WIMAX AND WIFI INTEGRATION: A SEMI-MARKOV DECISION APPROACHAbstract; 1. Introduction; 1.1. BibliographicReview; 1.2. Contributions; 2. OverviewofWiMaxNetwork; 3. SystemandTrafficAssumptions; 4. Modelling; 4.1. SpaceState; 4.2. DecisionEpochsandActions; 4.3. ExpectedTimeUntiltheNextDecisionEpoch; 4.4. StateDynamics; 4.5. CostFunction; 5. PerformanceMetrics; 6. Results; 6.1. ImpactofWiMaxandWiFiRealTimeConnectionsBlockingCostsonSystemPerformance; 6.2. ImpactofWiMaxandWiFiRealTimeConnectionsBlockingCostsandPreemptionCostsonSystemPerformance.