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Algorithms for Next Generation Networks

:	Marina Thottan, Graham Cormode
:	Graham Cormode, Marina Thottan
:	Algorithms for Next Generation Networks
:	Springer-Verlag
:	9781848827653
:	1
:	CHF 135.70
:

:	Datenkommunikation, Netzwerke
:	English

:	462
:	Wasserzeichen/DRM
:	PC/MAC/eReader/Tablet
:	PDF

Data networking now plays a major role in everyday life and new applications continue to appear at a blinding pace. Yet we still do not have a sound foundation for designing, evaluating and managing these networks.

This book covers topics at the intersection of algorithms and networking. It builds a complete picture of the current state of research on Next Generation Networks and the challenges for the years ahead. Particular focus is given to evolving research initiatives and the architecture they propose and implications for networking.

Topics: Network design and provisioning, hardware issues, layer-3 algorithms and MPLS, BGP and Inter AS routing, packet processing for routing, security and network management, load balancing, oblivious routing and stochastic algorithms, network coding for multicast, overlay routing for P2P networking and content delivery.

This timely volume will be of interest to a broad readership from graduate students to researchers looking to survey recent research its open questions.

	Endorsements	6
	Foreword	7
	Preface	10
	Acknowledgements	13
	Contents	14
	List of Contributors	16
	Part I Network Design	18
	1 Design for Optimizability: Traffic Management of a Future Internet	19
	1.1 Introduction	19
	1.2 Traffic Management Today	21
	1.2.1 Traffic Engineering	21
	1.2.2 Pros and Cons of Traffic Management	23
	1.3 Design Optimizable Protocols	23
	1.3.1 Changing the Shape of the Constraint Set	24
	1.3.2 Adding Variables to Decouple Constraints	26
	1.3.3 Combining Objectives to Derive Protocols	28
	1.4 Open Challenges in Traffic Management Optimization	30
	1.4.1 Performance vs. Overhead Trade-Off	30
	1.4.2 End-to-End Traffic Management	31
	1.4.3 Placement of Functionality	32
	1.5 Conclusions and Future Work	33
	References	34
	2 Valiant Load-Balancing: Building Networks That Can Support All Traffic Matrices	35
	2.1 Introduction	35
	2.1.1 The Wide Use of VLB	36
	2.1.2 A Simple VLB Network	37
	2.2 VLB in Heterogeneous Networks	38
	2.3 Fault-Tolerance in a VLB Network	41
	2.4 VLB for Peering Traffic	43
	2.5 Discussions	44
	References	45
	3 Geometric Capacity Provisioning for Wavelength-Switched WDM Networks	47
	3.1 Introduction	47
	3.1.1 System Model	49
	3.2 Wavelength-Granularity Switching	51
	3.2.1 Asymptotic Analysis	52
	3.2.2 Minimum Distance Constraints	53
	3.2.3 Optimal Provisioning	55
	3.2.4 Numerical Example	57
	3.2.5 Non-IID Traffic	59
	3.3 Conclusion	61
	References	61
	4 Spectrum and Interference Managementin Next-Generation Wireless Networks	63
	4.1 Introduction	63
	4.2 Review of Enabling Technologies	65
	4.2.1 Contiguous and Non-contiguous Orthogonal Frequency Division Multiple Access	65
	4.2.2 MIMO Signal Processing	65
	4.3 Fractional Frequency Reuse	66
	4.3.1 Concept Overview	66
	4.3.2 Algorithm Overview	67
	4.3.3 Algorithm Performance	69
	4.4