VoIP Handbook Applications, Technologies, Reliability, and Security

From basic concepts to future research directions, the VoIP Handbook provides technical information about all aspects of VoIP. Voice over Internet protocol (VoIP) can facilitate tasks that may be more difficult to achieve using traditional networks, such as the ability to route calls to VoIP phones. This essential book explores the wide range of applications that VoIP offers, including smartphones and access to emergency services. Leading expert contributors in the field offer their perspectives on numerous related topics, including reliability models. As a single reference source, this comprehensive text also presents the latest technologies and addresses various security issues.

The number of worldwide VoIP customers is well over 38 million. Thanks to the popularity of inexpensive, high-quality services,it's projected to increase to nearly 250 million within the next three years. The VoIP Handbook: Applications, Technologies, Reliability, and Security captures thestate of the artin VoIP technology and serves as the comprehensive reference on this soon-to-be ubiquitous technology. Itprovides: A step-by-step methodology to evaluate VoIP performance prior to network implementation An invaluable overview of implementation challenges and several VoIP multipoint conference systems Unparalleled coverage of design and engineering issues such VoIP traffic, QoS requirements, and VoIP flow As this promising technology’s popularity increases, new demands for improved quality, reduced cost, and seamless operation willcontinue to increase. Edited by preeminent wireless communications experts Ahson and Illyas, the VoIP Handbook guides you to successful deployment.

INTRODUCTIONDeploying VoIP in Existing IP Networks; K. SalahMultipoint VoIP in Ubiquitous Environments; D. Seong, K. Lee, and M. OhVoIP in a Wireless Mobile Network; Q. Bi, Y. Yang, and Q. ZhangSIP and VoIP Over Wireless Mesh Networks; B. Rong, Y. Qian, and K. Lu TECHNOLOGIES Compression Techniques for VoIP Transport over Wireless Interfaces; Y. Yang and X. WangQoS Monitoring of Voice-Over-IP Services; S. S. Gokhale and J. LuCurrent and Future VoIP Quality of Service Techniques; B. Sweeney and D. WijesekeraMeasurement and Analysis on the Quality of Skype VoIP; Z. Ren and H. WangQoE Assessment and Management of VoIP Services; A. TakahashiDelay Performance and Management of VoIP System; Z. Mai, S. Wang, D. Xuan, and W. ZhaoSIP-based VoIP Traffi c Behavior Profi ling and Its Applications; Z.-L. Zhang, H. J. Kang, S. Ranjan, and A. NucciVoIP Over WLAN Performance; Á. Cuevas, R. Cuevas, A. Banchs, M. Urueña, and D.LarrabeitiBurst Queue for Voice over Multihop 802.11 Networks; X. Wang and H.-H. ChenRadio Access Network VoIP Optimization and Performance on 3GPP HSPA/LTE; M. Kuusela, C. Tao, P. Lundén, H. Wang, T. Henttonen, J. Ojala, and E. MalkamäkiEmerging Methods for Voice Transport Over MPLS; J. A. Zubairi APPLICATIONS Implementation of VoIP at the University of Colima; P. García Alcaraz and R. Buenrosto MariscalMultiparty Video Conferencing over Internet; A. UyarIMS Charging Management in Mobile Telecommunication Networks; S.-I. SouCommercial Interoperable VoIP IA Architecture; B. Sweeney and D. Wijesekera RELIABILITY AND SECURITY Security Issues of VoIP; M. Vargas Martin, P.C. K. Hung, and A. BrownVoWLAN Security Assessment through CVSS; G. Me and P. RuggierFlash Crowds and Distributed Denial of Service Attacks; H. SengarDon’t Let the VoIP Service to Become a Nuisance for Its Subscribers; H. Sengar Index