Titlebook: Voice over IP Networks; Quality of Service, Pramode K. Verma,Ling Wang Book 2011 Springer-Verlag Berlin Heidelberg 2011 QoS.Resource Consu

轉(zhuǎn)換

The Economics of VoIP Systems,e chapter then presents a model of the legacy network and identifies how the network is continuing to evolve to accommodate needs of VoIP service offerings. A path leading toward a potential integration of the legacy network and the Internet is indicated as well.

BABY

Impact of Bounded Jitter on Resource Consumption in Multi-Hop Networks,pre-defined value, how would the resources in the network need to be scaled up as the number of hops increases? The chapter also provides a way to compute the traffic handling capability of a multi-hop resource-constrained network under a defined limit of end-to-end jitter.

certain

Cost and Quality in Packet Switched Networks,ationship between cost and quality and they can be used to optimize the throughput of a packet switched system under specified levels of quality. The contents of this chapter have been published in [103] and are reproduced with permission.

斗志

1876-1100 vided in VoIP networks.Extends and applies the delay through.This book addresses three important issues in VoIP networks: Quality of Service, pricing and security...In addressing Quality of Service (QoS), it introduces the notion of delay not exceeding an upper limit, termed the bounded delay, to me

思考

Introduction,al calls through PSTN, VoIP offers several advantages; however, VoIP networks face many challenges as well, including quality of service and security. This chapter concludes by identifying the scope and content of this book in three aspects of VoIP networks: quality of service, pricing and security.

按等級(jí)

變化無(wú)常

Obverse

低三下四之人

乳白光

Impact of Bounded Jitter on Resource Consumption in Multi-Hop Networks, following question: How is jitter affected by the number of hops that VoIP packets travel over and, if the end-to-end jitter were to be bounded to a pre-defined value, how would the resources in the network need to be scaled up as the number of hops increases? The chapter also provides a way to com