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Frank Biemans February 00. 2000

Frank Biemans February 00. 2000. GigaPort-Applications. Ambition Organisation GigaPort-Network GigaPort-Applications Knowledge acquisition Pilots Knowledge dissemination. Internet evolution. Increasing bandwidth. Internet evolution. Quality of Service. Internet evolution. Mobile IP.

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Frank Biemans February 00. 2000

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  1. Frank Biemans February 00. 2000

  2. GigaPort-Applications • Ambition • Organisation • GigaPort-Network • GigaPort-Applications • Knowledge acquisition • Pilots • Knowledge dissemination

  3. Internet evolution Increasing bandwidth

  4. Internet evolution Quality of Service

  5. Internet evolution Mobile IP

  6. Internet evolution • Boosting electronic • Commerce • Collabaration • Multi media management • Over the internet

  7. Objectives GigaPort: leading position in developing and using the next generation Internet. GigaPort-Network: prototype next generation Internet as a testbed for innovative applications. GigaPort-Applications: new forms of electronic commerce, collaboration, multi media management via Internet.

  8. Poject organisation Next generation Internet in the Netherlands GigaPort-Network infrastructure GigaPort-Applications applications

  9. ICES-funds 99 00 01 02 total GigaPort Management1.25 1.25 1.25 1.25 5 GigaPort-Applications -Management 1 1 1 1 4 -Research 6 7 4.5 3 20.5 GigaPort-Network -Management 1 1 1 1 4 -National backbone 0 6.5 7.5 7.5 21.5 -External connectivity 15 20.5 20.5 20.5 76.5 -Access 2 2.5 3 3 10.5 Total 142

  10. Communication Be clear State of the art infrastructure High impact advanced applications Communicate, communicate, communicate Meeting of the Minds with CEO’s (nov ‘99) Meeting with higher education leadership (early 2000) Knowledge dissemination seminars (starting early 2000) Sector specific workshop Impact index Stimulate participation Attractive conditions for access to network Create consortia of interested parties Build linkages with related initiatives

  11. Organisations (e.g. via 10xGigabit Ethernet) Users (e.g. via wireless LAN) Users (e.g. via wireless LAN) National Research Infrastructure Users IP over optical infrastructure (e.g. via wireless LAN) GigaPort-Network Access IPover wireless LAN Access IP over SDH, ATM, PDH Amsterdam Amsterdam Internet Exchange Internet Exchange Access IP over GSM, External Connectivity Europe UMTS, satellite Europe Intercontinental Intercontinental Access IP over cable xDSL ,PON 100 x faster (80 gb/s)

  12. as-is to-be • Backbone transmission 622 Mb/s 80 Gb/s • capacity • POPcapacity 155 Mb/s 20 Gb/s • External Connectivity 200 Mb/s 2.5 Gb/s • (U.S.) • Access leased lines wireless Dial in XDSL “cable” 1999 Tender 2000-2002 Pilots Pre-production Roll out 2003 Deployment During GigaPort - Network’s development (SURFnet 5), SURFnet 4 offers a state of the art network Bandwidth

  13. 1/1997 1/1998 1/1999 1/2001 1/2002 1/2004 1/2000 1/2003 Time table Next generation Definition 1: Piloting GigaPort infrastructure 2: Pre- Production 3: Scaling 1: Piloting production infrastructure up Definition SURFnet4infrastructure SURFnet4 Project Production Phase out Testing Roll Out

  14. Application types Collaboration

  15. Application types Transactions

  16. Application types Multi media management

  17. Research Agenda Ease of use

  18. Research Agenda Which ICT components as building blocks? How to apply them?

  19. Knowledge acquisition Research transactions collaboration multi media management middleware pilots time

  20. Transactions Customer A Customer B E-billing & clearing Supplier A Supplier B Supplier C

  21. Transaction services Objective:easy implementation of electronic transactions. • Re-engineering of business processes. • Digital trade environments. • Component based assembly of transaction systems. • State-of-the-art e-commerce components.

  22. Insurant Agent Insurer Methodology Business model Transaction Patterns ICT Implementation policy number Accident occurs Login to claim page Check login form Fill out form Return Pre- filled form form Check claim Get clain number Claim number Payment Web client Web server (apache based) Application server Database server

  23. Components Business portals E-sales support CRM Payment services Business Business (distributed) workflow EDITAX auctioning ERP/XRP eCo Portal support IOTP Internet payments OBI Commerce OFX Content based accounting Micropayments Commerce CBL cXML XML/EDI hosting FinEDI TTP XML PKI VPN Video streaming Corba Network Network WAP Free Internet Next generation Internet EJB EPOC GRPS Chipcards Bluetooth UMTS Infrastructure Infrastructure

  24. Collaboration

  25. Collaboration Objective: easy implementation of groupware to support a rich variety of long, collaborative tasks. • Technical and organisational conditions for effective use of groupware. • Component based assembly of groupware. • Adaptable groupware. • State-of-the-art groupware components (video-conferencing, shared whiteboard, group decision support, etc.).

  26. middleware platform Broad band network Components Word PPT ... CoCo- Tree applications conf. man. audio video chat SWB tele- pointer Sybar CoCoDoc

  27. Multi media management

  28. Multi media management Objective: the creation, combination, assembly, characterisation, personified delivery, retrieval and management of digital content. • Metadata-frameworks. • Cost effective search. • Context profiles. • Personified user interfaces. • State-of-the-art components (watermarking, micro payments, compressie, authentication, etc.).

  29. Specific services Components query presentation Generic services search indexing Focus billing Generic middleware services Video accounting authentication over IP metadata conversion extraction Network services data storage

  30. Accounting, billing & paying An architecture, integrating accounting, billing and paying at network, middleware en application level Push/pull Application Control Middleware Finance Resource Network management Metering Collecting Accounting

  31. Middleware Objective:Easy development of electronic services in a future Internet context through re-use of generic middleware components. • Service creation. • Accounting, billing & paying. • Mobility and Quality of Service Management. • Middleware components en application development.

  32. Pilots: time table High Tech High Information (banks, media), Scarce resources (education, medicine) Other industry and services R&D community Startups ICT Telecom Time

  33. Pilots FRIENDS • Lucent, KPN Research, TI (TI-CO, TNO, CTIT) • 22 fte • platform to manage, deploy and design on-line services

  34. Pilots

  35. Friends Middlewareontwikkelaars Dienstenontwikkelaars Dienstenleveranciers Eindgebruikers

  36. Video-over-IP Video-over-IP • IBM, NOB, Surfnet, TI (TI-CO, TNO) • 23 fte • distributed video-access over IP (streaming+caching, storage, content generation)

  37. Video-over-IP Asset Management End-users Metadata Media Distribution Digitising Indexing Search & Retrieval Metadata Content Provider Billing & Accounting Media Management

  38. Internet next generation Internet next generation • KPN, Ericsson, TI (TI-CO, CTIT) • Development of QoS mechanisms for Internet in wireless and mobile access networks.

  39. Targeted pilots • Working Apart Together • Multi Media Management • Wireless Services and Payments • ASP over next generation internet • Business-to-business trade over IP

  40. Knowledge seminars To disseminate • know how to do • electronic commerce, collaboration, multi media management, • and use middleware, • with next generation Internet. • twice per year, • for ICT experts and senior project managers.

  41. GigaPort’s added value • Access to a prototype next generation Internet • Access to knowledge for building applications, or, in other words: support for the • development and testing of new business models, and the • building up of technical expertise at an early stage, and, be part of a community of people and companies on the same learning curve.

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