Teaching Assistant Demonstrator - Contribution - Jan Beutel, Michael Eisenring, Marco Platzner, Christian Plessl, Lothar Thiele Computer Engineering and.

Slides:



Advertisements
Similar presentations
Engineering at Aberdeen Communications and Imaging Research Group 7 academic staff 15 research staff and students Electronic Engineering Communications.
Advertisements

PROF. MAULIK PATEL CED, GPERI Mobile Computing Gujarat Power Engineering and Research Institute 1 Prepared By: Prof. Maulik Patel.
1 Swiss Federal Institute of Technology Computer Engineering and Networks Laboratory Design Space Exploration of Embedded Systems © Lothar Thiele ETH Zurich.
Martin Wagner and Gudrun Klinker Augmented Reality Group Institut für Informatik Technische Universität München December 19, 2003.
ISHIKAWA Chiaki YRP UNL Slide 1 doc.: IEEE Submission Project: IEEE P Working Group for Wireless Personal Area Networks (WPANs) Submission.
Technion – Israel Institute of Technology Department of Electrical Engineering High Speed Digital Systems Lab Project performed by: Safi Seid-Ahmad Emile.
Swiss Federal Institute of Technology Computer Engineering and Networks Laboratory Power Management for Solar-Driven Sensor Nodes Clemens Moser ( joint.
Attacks on Three Tank System Three Tank System Testing Model-Based Security Features Experimental Platform for Model-Based Design of Embedded Systems Matt.
SANS A Simple Ad hoc Network Simulator Nicolas Burri Roger Wattenhofer Yves Weber Aaron Zollinger.
ARTIST2 Network of Excellence on Embedded Systems Design cluster meeting –Bologna, May 22 nd, 2006 System Modelling Infrastructure Activity leader : Jan.
1 Swiss Federal Institute of Technology Computer Engineering and Networks Laboratory Research Challenges in Embedded Computing Lothar Thiele.
Status and roadmap of the AlFa Framework Mohammad Al-Turany GSI-IT/CERN-PH-AIP.
Swiss Federal Institute of Technology Computer Engineering and Networks Laboratory Influence of different system abstractions on the performance analysis.
Intel ® Research mote Ralph Kling Intel Corporation Research Santa Clara, CA.
Distributed Control Systems Emad Ali Chemical Engineering Department King SAUD University.
C OLUMBIA U NIVERSITY Lightwave Research Laboratory Embedding Real-Time Substrate Measurements for Cross-Layer Communications Caroline Lai, Franz Fidler,
Walkie-Talkie via Bluetooth By : Kopitman Reem Stolberg Dmitri Instructor: Chen Koren The final presentation.
Reconfigurable Hardware in Wearable Computing Nodes Christian Plessl 1 Rolf Enzler 2 Herbert Walder 1 Jan Beutel 1 Marco Platzner 1 Lothar Thiele 1 1 Computer.
Chapter 1 CSF 2009 Computer Abstractions and Technology.
EMBEDDED SYSTEMS G.V.P.COLLEGE OF ENGINEERING Affiliated to J.N.T.U. By By D.Ramya Deepthi D.Ramya Deepthi & V.Soujanya V.Soujanya.
SensIT PI Meeting, January 15-17, Self-Organizing Sensor Networks: Efficient Distributed Mechanisms Alvin S. Lim Computer Science and Software Engineering.
1 Swiss Federal Institute of Technology Computer Engineering and Networks Laboratory Internal Design Representations for Embedded System Design Lothar.
Multimedia & Communications ATMEL Bluetooth Background information on Bluetooth technology ATMEL implementation of Bluetooth spec.
Department of Electrical Engineering Electronics Computers Communications Technion Israel Institute of Technology High Speed Digital Systems Lab. High.
Information Technology Ms. Rocío Acevedo August 2006.
Wireless Communication on Wearable Systems CORECO I, WEMS II + III Jan Beutel, Computer Engineering and Networks Lab Mathias Stäger, Holger Junker, Electronics.
CEAS PROJECT #1: MULTI-UAV COOPERATIVE CONTROL Michael Alio, Mechanical Engineering, California State Polytechnic Pomona Emma Dorgan, Mechanical Engineering,
11 Workshop on Information Technology March Shanghaï CONFIDENTIAL Architectures & Digital IC design.
Test-Bed for testing scenarios of new DTN architecture AsiaFI 2008 August, 2008 Multimedia and Mobile Communication Lab.
Computer Engineering and Networks Laboratory BTnodes A Distributed Environment for Prototyping Ad Hoc Networks Jan Beutel.
Institut für Computertechnik ICT Institute of Computer Technology Remote Control and Reconfiguration of Laboratories for Education and Training Vienna.
EWHA Univ. SE Lab. DW Lecture1 Hive: Distributed Agents for Networking Things IEEE 2000 Nelson Minar, Matthew Gray, Oliver Roup, Raffi Krikorian and Pattie.
Positioning in Ad-Hoc Networks - Directions and Results Jan Beutel Computer Engineering and Networks Lab Swiss Federal Institute of Technology Zurich August.
CCNA 2 Week 1 Routers and WANs. Copyright © 2005 University of Bolton Welcome Back! CCNA 2 deals with routed networks You will learn how to configure.
Computer Engineering and Networks Laboratory BTnodes Applications and Architecture Compared Jan Beutel, Oliver Kasten, Matthias Ringwald.
Embedded Runtime Reconfigurable Nodes for wireless sensor networks applications Chris Morales Kaz Onishi 1.
Computer Engineering and Networks Laboratory BTnodes - Jan Beutel and Oliver Kasten BTnodes A Distributed Platform for Sensor Nodes Hard- and Software.
Chapter 1 Computer Abstractions and Technology. Chapter 1 — Computer Abstractions and Technology — 2 The Computer Revolution Progress in computer technology.
1 CALL 6 Key Action IV Introduction and Action Lines: IV.1.2, IV.2.1, IV.2.2, IV.2.4 Brussels, 16. Jan 2001 Colette Maloney European Commission.
Positioning in Ad-Hoc Networks - A Problem Statement Jan Beutel Computer Engineering and Networks Lab Swiss Federal Institute of Technology (ETH) Zurich.
A Systematic Approach to the Design of Distributed Wearable Systems Urs Anliker, Jan Beutel, Matthias Dyer, Rolf Enzler, Paul Lukowicz Computer Engineering.
Computer Engineering and Networks Laboratory BTnodes Robust Topology Discovery and Positioning Services Jan Beutel Dagstuhl WSN Seminar 2004.
End-to-End Efficiency (E 3 ) Integrating Project of the EC 7 th Framework Programme General View of the E3 Prototyping Environment for Cognitive and Self-x.
Introduction to Active Network Technology Bernhard Plattner Computer Engineering and Networks Laboratory ETH Zurich, Switzerland.
Jini Architecture Introduction System Overview An Example.
Architecture View Models A model is a complete, simplified description of a system from a particular perspective or viewpoint. There is no single view.
Software Engineering Chapter: Computer Aided Software Engineering 1 Chapter : Computer Aided Software Engineering.
Computer Engineering and Networks Laboratory BTnodes Topology Discovery and Multihop Networking Jan Beutel IP9 - Communicating Embedded Systems.
Wearable Communication Part 2 Jan Beutel, Thomas von Büren, Holger Junker, Matthias Stäger Computer Engineering and Networks Lab - Electronics Lab May.
Self-Adaptive Embedded Technologies for Pervasive Computing Architectures Self-Adaptive Networked Entities Concept, Implementations,
Communication for the Wearable Platform Jan Beutel Computer Engineering and Networks Lab Swiss Federal Institute of Technology (ETH) Zurich October 19,
Simula Research Laboratory Lokaliteter & Forskning
Computer Engineering and Networks Laboratory BTnodes Architecture and Applications Jan Beutel, Oliver Kasten, Matthias Ringwald.
EmberNet – Wireless Networks for Industrial Systems Presented by Ryan Wu April 11, 2003 Some slides and figures courtesy EmberNet, Rob Poor and Cliff Bowman.
June, 1999©Vanu, Inc. Vanu Bose Vanu, Inc. Programming the Physical Layer in Wireless Networks.
Computer Engineering and Networks Laboratory BTnodes Topology Discovery and Multihop Networking Jan Beutel IP9 - Communicating Embedded Systems.
Computer Engineering and Networks Laboratory BTnodes Prototyping Wireless Sensor Network Applications with BTnodes Jan Beutel Siemens Workshop 2004.
Goals in Wearable Computing Jan Beutel, Michael Eisenring, Marco Platzner, Christian Plessl, Lothar Thiele Computer Engineering and Networks Lab Swiss.
6 th Italian Forum on Ambient Assisted Living ForItAAL 2015 “ An Open Hardware Modular Node for Wireless Body Area Networks ” An Open Hardware Modular.
-1/16- Maximum Battery Life Routing to Support Ubiquitous Mobile Computing in Wireless Ad Hoc Networks C.-K. Toh, Georgia Institute of Technology IEEE.
Chapter 4. CONCEPT OF THE OPERATING SYSTEM MANAGING ESSENTIAL FILE OPERATIONS.
SUPA/YMCA (Yang Models for Configuration and topology Abstraction)
A Secure Wireless Interface between Personal Digital Assistants (PDAs)
Introduction to Operating Systems
An Overview of the ITTC Networking & Distributed Systems Laboratory
CS 31006: Computer Networks – The Routers
A Cognitive Approach for Cross-Layer Performance Management
Survivable Real-Time Network Services (G409/J175)
3rd Studierstube Workshop TU Wien
Presentation transcript:

Teaching Assistant Demonstrator - Contribution - Jan Beutel, Michael Eisenring, Marco Platzner, Christian Plessl, Lothar Thiele Computer Engineering and Networks Lab Swiss Federal Institute of Technology (ETH) Zurich March 14, 2002 Computer Engineering and Networks Laboratory

2 ETH Zurich March 14, 2002 Reconfigurable Contribution Results that can be used in the demonstrator: –Simulator for reconfigurable CPU, considering performance, power and area –Exploration of different implementation alternatives –Prototype for alternative implementation of a wearable component using dynamically reconfigurable devices Expectations from other groups: –Clearly defined scenario including algorithms

3 ETH Zurich March 14, 2002 Communication Contribution Bluetooth node for body area communication/sensors –Self contained BAN node with interfaces –Serial, IrDA, I2C, general purpose IO digital and analog, PCM Software for Bluetooth node –Lightweight real-time OS –Bluetooth protocol stack –Configurable multihop ad-hoc network –Drivers for different sensors/actors Software for host system –Protocol stacks and drivers for different communication interfaces (GSM, GPRS, IEEE a, IEEE b, Bluetooth) –Access to other networks Integrated cell based positioning service –Topological information (neighbors) –Near-Far distance resolution

4 ETH Zurich March 14, 2002 Demonstrator Scenario Requirements Scenario: –Simple –Tasks and algorithms must be described in full detail –Essentially wearable (not portable, ubiquitous etc…) Architecture: –Distributed –Multiple actors/sensors –Multiple processing units –Adaptive configurable system architecture –Dynamic utilization/availability of components