OBJECTIVES COURSE OUTLINE TARGET AUDIENCE EXPECTED OUTCOMES



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OBJECTIVES Review the application and promise of IMS in the telecommunications market Investigate the technology platforms that enable IMS NGN Session-oriented Architecture (SOA) Streaming media and System Delivery Platforms (SDP) Session Initiation Protocol (SIP) Broadband Wireless Access (WiMAX) Examine the importance of Quality of Service (QoS) and resource allocation optimization in IMS Identify Management Issues for IMS Service Configuration Management (SCM) as an essential element in the IMS framework Logical staged introduction of IMS functionality across the Transport, Access, Control, and Services planes Advent and evolution of the Virtual Network Operator (VNO), positioned to capitalize in IMS Application partnering for success in IMS services development and deployment Summarize predictions for near-term, intermediate, and longterm introduction of IMS-based applications TARGET AUDIENCE Telecom engineers, senior technicians & technicians, technical staff involved in core and access network planning, management and maintenance, as well as in NGN service planning and introduction EXPECTED OUTCOMES At the conclusion of this workshop, Participants will be able to: Explain IP Multimedia Subsystem (IMS) as an agent of change toward more competition for more services, greater mobility, and, more specialized services and content Investigate the drivers, which have derived from large and permanent shifts in the economics of today s telecom market and more subtle shifts in our information age lifestyle which fuels greater demand for value-added services Identify the dynamic new technologies that offer more capabilities and have resulted in technology platforms which have broadened the scope of services that could be offered by telecom operators Compare service applications including broadcasting Identify additional convergence in technologies, networks, access, services, content, revenue, and control at degrees heretofore thought impractical Describe how business models will change for carriers as well as content providers due to the enhanced access that IMS platforms will provide for directly reaching end-users across a variety of applications and networks Describe the impact of IMS on service creation and delivery with an emphasis on the evolving needs of users and the resulting impact to wireless platform and fixed network operators Determine technology changes which make IMS possible Describe the NGN network architecture, wire line and wireless access networks Explore technology evolutions which are impacted by IMS such as Software-Defined Networks (SDN), Network Functions Virtualisation (NFV) and Cloud COURSE OUTLINE The following topics will be covered: Module 1: Review of NGN NGN Network Description Core network Voice Data Multi-media Transport network Packet switched versus circuit switched Access network Tele-density planning Service repertoire delivery Wireline, wireless or mobile access Service planning and assessment of NGN capability requirements to accommodate new services Voice Data Multi-media Triple play packaging Quad-play repertoire Impairments Latency Jitter Echo User tolerance models Voice over IP (VoIP) H.323 SIP (Session Initiation Protocol)

Module 2: IMS Overview What is IMS? Business Drivers for IMS Fixed-Wireline carriers and applicable platforms Wireless Carriers Changing roles for both with IMS IMS benefits and Technical Advantages of IMS Feature development process Technological and Business Advantages of IMS Operational impact on carriers and service providers Convergence between all networks Module 3: IMS Concepts and Architecture The Three Architectural Layers The Network (Transport and Access) Layer The Control Layer The Service Layer NGN Platform SIP concepts and processes SIP Protocol dynamics SIP components SIP Request and Response HSS (Home Subscriber Server) and its place in the network Different types of CSCF's (Call Session Control Functions) Three types of Application Servers Media Resource Function (MRF) Border Gateway Control Function (BGCF) Session Control in IMS Registration Set-up IMS Protocols IMS in the Mobile Network 3GPP IMS Architecture Major IMS functional elements in a mobile application Providing Services: Application Server Inter-working between fixed-wireline and wireless networks Session flow and charging IMS offline charging IMS online charging Wireless Data Mobile Positioning and LBS Module 4: IMS Applications Framework for Applications IMS Applications for the Consumer IMS Applications for the Enterprise and Vertical markets Push to Talk over Cellular (PoC) FMC-UMA and VCC Advertising IMS and WiMAX Digital Broadcasting VAS Applications Why is VAS Important? Service Delivery Platforms (SDP) Location and Presence Identity Management Module 5: Challenges in Transitioning to an IMS Network Convergence Issues Standards Issues Who are the players in the IMS Market IMS and VNO's Service Provider Challenges Wireless and fixed-wireline carriers vis-a-vis content providers Who owns the customer? Handset features and distribution Service Rollout Challenges Dealing with HSS Dealing with QoS No standard SCM Content management and regulation What are the roles? Network management challenges Service configuration issues Revenue distribution Who gets what? Module 6: Technology Evolutions impacting IMS SDN Software Defined Networks NFV Network Function Virtualization CSP Cloud Service Provisioning Course Review IMS Policy, Quality of Service and KPI Policy Policy vs. QoS Policy in IMS QoS Methods for managing QoS QoS and on-demand services QoS and KPI's for Voice Services and Interactive Multimedia Services

COURSE TRAINER Karl Hentschel, MBA, B Eng Karl Hentschel carries a BEng (Bachelor in Electronic Engineering) obtained in 1956 at the Ingenieur Hochschule, Karl-Marx Stadt, Sachsen-Anhalt, DDR Germany and an MBA (Betriebswirtschafts Verwaltung) in 1966 from the Bundeswehrfachschule, Nienburg/Weser, BRD Germany. The accumulated knowledge was augmented with deep dive training in project managment, risk mitigation, business continuity, marketing concepts and other relevant topics throughout his career. From 1968 to 1990 Karl held a number of senior line and staff positions in the areas of regulatory relations, network operations, planning and expansion, customer service, marketing, training and product development at AT&T Canada. He was a senior member of the team supporting long distance competition in Canada responsible for developing the operational plan and the underlying budgets. He worked closely with regulatory staff at the CRTC in Canada and with the FCC in the US on cross border services and facilities. In his consulting practice, Karl conducts training courses and workshops globally ranging from competitive marketing strategies in Saudi Arabia to detailed technology topics in both fixed wire and wireless network environments in several Commonwealth countries. His courses on risk mitigation and business continuity are especially well received. Karl brings actual carrier experience to his training and workshops. His training evaluation forms score consistently in the high range.

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