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First Meeting of the Project Group Large Scale Ad Hoc Networks 15 Oct 2004. Christian Schindelhauer schindel (at) upb.de Holger Karl holger.karl (at) uni-paderborn.de. The Goal. We build up a real Mobile Ad Hoc Network with at least some 100 nodes. List of Participants. Agenda .
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First Meeting ofthe Project GroupLarge Scale Ad Hoc Networks15 Oct 2004 Christian Schindelhauer schindel (at) upb.de Holger Karl holger.karl (at) uni-paderborn.de
The Goal We build up a real Mobile Ad Hoc Network with at least some 100 nodes
Agenda • The Organization and Goals of the roject Group • Introduction of all participants • Knowledge and experience of participants • Finding a Schedule • Presentation Sensor Networks (Karl) • Available Hardware (Schindelhauer) • The first steps of the Project Group
What happened so far? • SFB 376, C6 Mobile Ad-Hoc-Netzwerke • MANET with Kephera-robots • Simulation environment SAHNE • Network algorithms • Cooperation Sensor Technology • Communication protocol for sensors in a super-market • Project group: MANET-WLANin cooperation with Rammig and Böttcher • PAMANET (A large scale mobile ad-hoc-network for Linux-laptops over WLAN) • Goal: • Combine this into ONE experimental plattform
What will we do? Learn what we need to know about mobile ad hoc networks Design our experimental platform Explore and compare network algorithms Cooperate with partners within and outside the University
How do we do it? • SO: Self-organization of the project group, e.g. • Assignment of tasks • Selection of hardware/software environment • Invitation of guest speakers in seminar • Project plan • LSI: Lectures, Seminar, Invited talks • Combined lecture/seminar series held over the full project phase • Wide range of topics • Invited talks of Cooperation partners • P: Project • Early start within the first weeks • Interacts with seminar and lecture phase • Training on the job
What do you need to know • Form • Modules: „Modelle und Algorithmen“ and „Eingebettete Systeme und Systemsoftware” • Language: English • Maximum number of participants: 10 • Registration has ended • Project group web page • http://wwwcs.upb.de/cs/ag-madh/WWW/Teaching/2004WS/projLSAdHocNet/ • can be reached from by home page • http://www.upb.de/cs/schindel.html
Available Hardware • Crossbow.com • Professional Kit (available) • 1 x Interface Card • 4 x Mica-II • Same as Mica2dot, additional interface, larger battery • 4 x Mica2dot • Atmel ATmega128L processor, 433 MHZ multi-channel transceiver, temperature sensors, 512 k flash memory • Some sensors • 50 x Mica2dot (ordered) • FU Berlin • 5 x Interface Cards, ScatterFlasher/USB • 5 x ESB-nodes • Texas Instruments MSP430 Controller, 868 MHz radio transceiver, 64 kbyte EEPROM, vibration sensor, temperature sensor, infrared sender and receivers and some other sensors • 50 x ECR/2 • Texas Instruments MSP430 Controller, 868 MHz radio transceiver, 64 kbyte EEPROM, vibration sensor, temperature sensor
First Task • Self-organization: Self-Assign and perform the following tasks • Two key holders for the project group locker • Collect documentation for programming and administration of crossbow hardware • Processor manual • Radio transceiver manual • Tiny-OS • Compiler manual (UC Berkeley) • Download and install necessary software • Software on CD-Rom of the professional kit • Compiler/Interface software • Choose and install group software • Write protocols of all internal meetings • Write personal and group work reports
Thank you for your attention.Let´s start the work! Heinz Nixdorf Institut & Institut für Informatik Universität Paderborn Fürstenallee 11 33102 Paderborn Tel.: 0 52 51/60 66 92 Fax: 0 52 51/62 64 82 E-Mail: schindell (at) upb.de http://www.upb.de/cs/schindel.html