Implementation and design (Suscribirme)
Enlaces
Scalable Session Border Control Capabilities for Service Provider Networks
http://www.recursosvoip.com/docs/english/cdccont_0900aecd80391b66.pdf
Formato: PDF
Voice over IP (VoIP), video streaming, instant messaging, multimedia conferencing, and interactive gaming are just some of the real-time, IP-based applications enjoying rapid growth in today's competitive communications market. Service providers are now finding it efficient and economical to directly interconnect their IP networks to both customer and other service provider IP networks. This trend has created a requirement for Session Border Controllers (SBCs) to help service providers control and manage real-time multimedia communications sessions at the borders between their IP networks. This paper explores the various ways service providers are deploying SBC capabilities in their networks, and discusses the Cisco portfolio of network components with integrated SBC functions.
Selecting VoIP for Your Enterprise
http://www.recursosvoip.com/docs/english/SelectingVoIP.pdf
Formato: PDF
Voice over Internet Protocol (VoIP) is the future of enterprise telecommunications. Find out if VoIP is the right choice for your company right now. Discover the benefits VoIP has to offer and how to overcome potential problems when deploying VoIP technology.
Service Architectures in H.323 and SIP – A Comparison
http://www.recursosvoip.com/docs/english/Service_Architecures_SIP-H323.pdf
Formato: PDF
One of the major challenges for next generation IP networks is to provide multimedia teleconferencing services. Moreover, the introduction of new services includes the take over of traditional telephony. Besides the general problems with supporting realtime services in the IP network (e.g. QoS), this puts a special interest on the control of supplementary services and on the mechanisms for their fast and efficient development and deployment. The two most promising approaches in the multimedia over IP area are the protocol suites H.323 (ITU-T) and SIP (IETF). Several comparisons of these two protocols have been published already, but their service architectures have been rarely addressed. This survey provides a comparison of H.323 and SIP, focussing on their service architectures. The basic protocol architectures are reviewed, followed by an in-depth evaluation of their service implementation mechanisms. The studies are backed up by detailed examples for the control of supplementary services in H.323 and SIP.
Service Architectures in H.323 and SIP – A Comparison
http://www.recursosvoip.com/docs/english/Mueller_H.323_SIP_Service_Architecture.pdf
Formato: PDF
Fast and efficient development and deployment of new services are important drivers for advanced multimedia business. In the Internet world the standards of the ITU-T (H.323) and of the IETF (SIP) are of most importance for advanced telephony services. Although labeled with "Voice over IP" these architectures provide far more services than just setting up voice calls. The expectations and requirements are: Providing those services that are well known from traditional telephony and offering mechanisms to support the implementation and integration of new features. The comparison of the two standards in this paper focuses on their service implementation concepts.
Service Creation and Service Delivery All in One
http://www.recursosvoip.com/docs/english/ServiceCreationDelivery.pdf
Formato: PDF
The adoption of open, flexible, standards-based service creation environments (SCEs) is critical for the rapid introduction of new services and business models into emerging Next Generation Networks. These SCEs in turn will need to interact with a variety of the underlying building blocks of these new services. Out of all of these, the most important is Session Initiation Protocol (SIP), already in wide scale deployment around the world supporting Voice over IP hosted services, enterprise IP PBX systems and client/server desktop applications, as well as playing a vital part in the Internet Multimedia Subsystem (IMS) architectures of both fixed and mobile service providers.
This document explains the central role that SIP Application Servers and SIP Servlet-based Service Creation Environments have in supporting a wide range of new services and new communities of interaction.
Service Intelligent Circuit and Packet Convergence for Wireline Networks
http://www.recursosvoip.com/docs/english/090094038004965e_White_paper.pdf
Formato: PDF
Lucent's unique vision for Service Intelligent Architecture helps service providers benefit from the quality and reliability of TDM and new service capabilities enabled by IP. This White Paper Addresses: Factors at work in the marketplace, An evaluation of network technologies, Development of network plans to support business strategies and customer services, Lucent's strategy for responding to Service Provider requirements.
Session Border Controllers - Delivering Interactive Communications Across IP Network Borders
http://www.recursosvoip.com/docs/english/acmepacket_whitepaper.pdf
Formato: PDF
Presents an in-depth understanding of the new edge requirements in delivering interactive communications across IP network borders. This paper explains the role that session border controllers play in satisfying critical security, service assurance and law enforcement requirements at service provider network borders.
Session Initiation Protocol (SIP) and MCI Advantage
http://www.recursosvoip.com/docs/english/SIPWP.pdf
Formato: PDF
Global IP communications over the Internet is probably the most significant development since the emergence of telephone networks over 120 years ago. This paper explores the new communication services enabled by the Internet, including examples of new and potential services.
Session Initiation Protocol Services Architecture
http://www.recursosvoip.com/docs/english/0900940380044982_White_paper.pdf
Formato: PDF
The session initiation protocol (SIP) is a unifying protocol for providing integrated telephony and Internet types of services, such as Web, presence, instant messaging, and chat. To provide for the integration of these disparate types of services, considerations must be given from a network point of view. However, little attention has been given in the literature to identify the network elements required to provide these services or the mechanisms for integrating these different types of services for end users. This paper describes a network-level services architecture for SIP, including network functions and entities needed to support the services integration. We will discuss how services can be incorporated at different levels in the network, and the types of services typically created at each of these levels. We will also describe a service access and mediation function, which blends disparate types of services in creating a seamless and rewarding user experience.
Session Initiation Protocol Support in Cisco Unified Communications Products
http://www.recursosvoip.com/docs/english/cdccont_0900aecd80422c70.pdf
Formato: PDF
Session Initiation Protocol (SIP) provides a standards-based approach to enabling IP communications for numerous devices and applications. This paper describes current and planned SIP support in the Cisco Unified Communications system. Encompassing IP voice, data, and video communications products and applications, the Cisco Unified Communications system helps organizations communicate more effectively, streamline business processes, and positively affect financial results.
Set Conferencing Free: Bring the Benefits of Unlimited Conferencing to Everyone in Your Company
http://www.recursosvoip.com/docs/english/SetConferencingFree_rev7606.pdf
Formato: PDF
Gartner describes conferencing and collaboration as "Birthright" workplace tools for high-performance companies, tools that are universally useful and should be deployed in some form to almost everyone in the company. Interwise shares Gartner's vision of giving conferencing and collaboration tools to everyone in the enterprise. This white paper outlines the value of broadly distributing these tools and explains how to do this efficiently, securely, and affordably in the real world.
Siemens Skyport: Voice-Data Convergence Put to the Test
http://www.recursosvoip.com/docs/english/TollySiemensSkyport-print.pdf
Formato: PDF
Siemens Skyport is a veritable blueprint for understanding how to build and manage a converged IP network. Siemens has demonstrated that it grasps the importance of delivering VoIP call quality in line with business service expectations. Further, Siemens has built its Skyport converged IP network with a thorough understanding of the role that QoS plays in provisioning bandwidth for VoIP, as well as for mission-critical data services.
Signaling in Session Initiation Protocol
http://www.recursosvoip.com/docs/english/18.pdf
Formato: PDF
The arrival of new medias, including live video, text, images (photos) and binary data has raised the question of carrying voice communication in IP networks. This paper describes Session Initiation Protocol (SIP), an application-layer control (signaling) protocol and how it can be used to establish a telephone call in an IP network.
Signaling Products and Related Equipment in PSTN and Voice Over Packet Networks: Global Market Analy
http://www.recursosvoip.com/docs/english/04ss7vol2.pdf
Formato: PDF
This white paper presents a few of the top-level findings from the second edition of VDC's report entitled: Signaling Products and Related Equipment in PSTN and Voice Over Packet Networks: Global Market Analysis - Volume II: Voice Over Packet Products and Enabling Technologies. The scope of Voice over Packet (VoP) is vast, and growing each day as the trend toward convergent voice and data networks continues to gain momentum. This paper focuses on the hardware and software associated with carrier-network Voice over Packet technology.
Simplifying IP Networking with the 5E-XC Switch
http://www.recursosvoip.com/docs/english/090094038004bd78_White_paper.pdf
Formato: PDF
One of the next-generation IP services supported by the 5E-XC Optical Interface Unit (OIU) on the 5ESS Switch is packet trunking. The OIU will support TDM OC-3/STM-1 interfaces as well as Packet Over SONET/SDH (POS) OC-3c/STM-1 interfaces, allowing IP-based trunking between switches. A common concern for service providers interested in offering IP trunking will be the creation of the packet network infrastructure necessary to support IP trunking. This white paper examines 5E-XC IP trunking and requirements for the IP network. It proposes a first step for creating a router-based IP network configuration that introduces IP trunking without adding complexity, and presents a variety of possible redundancy schemes. Router products from Juniper Networks that meet the needs of the IP trunking network are also identified.


