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Self Configuring Systems Course introduction 2009 Rolv Bræk, ITEM

Self Configuring Systems Course introduction 2009 Rolv Bræk, ITEM. Plan. Together we will investigate Self Configuring and Adaptive Systems. We will study some principles and technological solutions. I will give a general introduction for about 2-3 lessons.

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Self Configuring Systems Course introduction 2009 Rolv Bræk, ITEM

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  1. Self Configuring Systems Course introduction 2009Rolv Bræk, ITEM

  2. Plan • Together we will investigate Self Configuring and Adaptive Systems. We will study some principles and technological solutions. • I will give a general introduction for about 2-3 lessons. • You will also learn how to use the framework which you will use in the lab. • You choose systems/principles/methods that you want to study more in detail. You write a short essay about this topic (10 – 15 pages). • There will be a series of colloquiums where each student (or group of students) gives a presentation of the topic (s)he/they have studied to the rest of the group. • You will get practice through lab assignments within the topic adaptive and self configuring systems. • You may work alone or in groups of two students.

  3. Practicalities: Groups: • Self organising • Presentation of chosen topics and writing essays • Doing lab assignment • Presentations, essays and lab are mandatory Assignments Venue for presentations • Savannen, Tuesdays 13:15-15:00 Web page • http://www.item.ntnu.no/fag/ttm3/ Vit ass: • Surya

  4. First timetable • Week 1 Course introduction. Introduction to Self Configuring Systems 1 • Week 2 Introduction to Self Configuring Systems 2 • Week 3 Introduction to Self Configuring Systems 3 Planning the semester assignment (web) • Week 4 TBD • Week x Presentation of topics 1,2 (2h lecture) • Week y Presentation of topics 3,4 (2h lecture) • Week z Presentation of topics 5,6 (2h lecture) • 01.12.2008 Final delivery of the essays • 01.12.2008 Final delivery of the lab assignment

  5. Topics to consider • Grid computing and mobile grid • Adaptive services and systems • Ubiquitous/ambient computing • Context aware services and systems • Service oriented architecture (SOA) and service oriented computing (SOC) • Ontologies, Semantic web • Ad-hoc networking: • JXTA protocols http://www.jxta.org • P2P architectures: Information Sharing (Napster,dc++), Communication (ICQ), Distributed Computation (The Grid) • JINI Architecture • IBM Autonomic computing: http://www-03.ibm.com/autonomic/ http://www-306.ibm.com/autonomic/about.shtml

  6. Topics to consider • Service Discovery Protocols and middleware: • HAVi (Home Audio-Video interoperability) http://www.havi.org • SLP (Service Location Protocol) RFC 2165 and RFC 2608 http://www.openslp.org/ • Salutation Architectures Salutation Consortiumhttp://www.salutation.org • NINJA project by Berkeley and SDS http://ninja.cs.berkeley.edu/ • OSGi • PnP concept in MAC-OS and Windows • UPnP • Bluetooth • Parlay/OSA framework • CORBA, DCOM, RMI • OMG MDA and metamodelling • You are urged to orientate yourself and to come up with a SCS related topic of your own

  7. Some points for a essay/presentation! • Introduce the selected topic, i.e. background, objectives, application domain, history. Who is behind it. • Give a detailed description of the topic, principles, functionality, architecture, platform. Highlight the SCS aspects. • Present and discuss an example application. Benefits, limitations. • Present experiences reported, refer to ongoing research projects • Related work, standardization, application development,research groups working in the area, etc. • Future, trends • References

  8. What to do next! • Organize yourself in groups • Select one topic -> send me an email • (Indicate also a second choice for topics, so there is no overlapping in case a topic is selected by several people) • Start preparing your presentation early, and write your essay

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