© Michèle Courant, University of Fribourg Ubiquitous Computing – Methodology of Interaction – Master in Computer Science Cours d’approfondissement - Semestre.

Slides:



Advertisements
Similar presentations
Sharing Content and Experience in Smart Environments Johan Plomp, Juhani Heinila, Veikko Ikonen, Eija Kaasinen, Pasi Valkkynen 1.
Advertisements

Peter Kropf Ubiquitous Computing - Hiver 2006/20071 Peter Kropf Université de Neuchâtel Institut d’informatique
UBICOMP pervasive computing
Department of Computer Science and Electrical Engineering.
Introduction to HCC and HCM. Human Centered Computing Philosophical-humanistic position regarding the ethics and aesthetics of a workplace Any system.
Ubiquitous Computing The death of PC?. Ubiquitous Computing ubiquitous = Being or seeming to be everywhere at the same time; omnipresent. Mark Weiser,
© Michèle Courant, University of Fribourg An introduction to Pervasive Computing Pervasive Computing Methodology of Interaction Michèle Courant.
ISTD 2003 Interactive Systems Technical Design S Spring 2003.
Master Course /06/ Some additional words about pervasive/ubiquitous computing Lionel Brunie National Institute of Applied Science (INSA)
Computing ESSENTIALS     CHAPTER Ch 9Copyright 2003 The McGraw-Hill Companies, Inc Graphics, Multimedia, and Artificial Intelligence computing.
Human-Centered Computing Paul Dourish Xerox PARC
Psychological Aspects
Smart Home Technologies CSE 4392 / CSE 5392 Spring 2006 Manfred Huber
1 Hochschule Esslingen Business Administration International Industrial Management(B.Sc.) Industrial Management/Automotive Industry (B.Sc.) Innovation.
An Intelligent Broker Architecture for Context-Aware Systems A PhD. Dissertation Proposal in Computer Science at the University of Maryland Baltimore County.
28 August 2015T Kari Laitinen1 T Seminar on Wireless Future 3 ECTS cr Dr. Kari Laitinen Principal Lecturer Oulu University of Applied Sciences.
1. Human – the end-user of a program – the others in the organization Computer – the machine the program runs on – often split between clients & servers.
2020 Ubiquitous Computing of/videos/popscis-future-of-ubiquitous-computing.htm Ubiquitous Computing,
International Conference on Computer Convergence Technology 2011 Tie Hua Zhou Database/Bioinformatics Laboratory Chungbuk National.
The new Computer Science Masters Degree of FCT/UNL “Course outline”
Energy efficient sensor networks SRA Ambient Intelligence 2008.
Introduction to Programming Lecture 1 – Overview
Ubiquitous Computing Computers everywhere. Where are we going? What happens when the input is your car pulls into the garage, and the output is the heat.
CHI 2006 Workshop Investigating new user experience challenges in iTV: mobility & sociability Dr. David Geerts Dr. Anxo Cereijo Roibàs Dr. Licia Calvi.
CS147 - Terry Winograd - 1 Lecture 1 – Introduction Terry Winograd CS147 - Introduction to Human-Computer Interaction Design Computer Science Department.
Luigina Ciolfi, Interaction Design Centre CS4826, Human-Computer Interaction 09/04/2002
‘INFORMATICS & MULTIMEDIA’ Department of Applied Informatics & Multimedia School of Applied Technology TEI-Crete.
Human Computer Interaction – Introduction Hanyang University Jong-Il Park.
Making “Disappearing” Disappear Paul Dourish Information & Computer Science UC Irvine.
1 Chapter 7 Designing for the Human Experience in Smart Environments.
Weems CSE  CompE Transition 2007 BSCSE PRE-PROFESSIONAL (54 hours) GENERAL EDUCATION (24 hours) PROFESSIONAL (49 hours) 3302 Programming Languages 3310.
Using virtual collaboration tools for designing innovative education scenarios Gabriel Dima University “Politehnica” of Bucharest, Romania.
Ubiquitous learning. What is ubiquitous learning? Computing and communication technologies Characteristics of ubiquitous learning Context and ubiquitous.
FET – Proactive Future and Emerging Technologies F1: FET – Proactive Embodied Intelligence - ICT “ physically embodied.
The roots of innovation Future and Emerging Technologies (FET) Future and Emerging Technologies (FET) The roots of innovation Proactive initiative on:
Introduction to Science Informatics Lecture 1. What Is Science? a dependence on external verification; an expectation of reproducible results; a focus.
FOREWORD By: Howard Shrobe MIT CS & AI Laboratory
Internet Real-Time Laboratory Arezu Moghadam and Suman Srinivasan Columbia University in the city of New York 7DS System Design 7DS system is an architecture.
Computer Sciences at NYU Open House January 2004 l Graduate Study at New York University l The MS in Computer Sciences l The MS in Information Systems.
CSI Topics in Fuzzy Systems : Life Log Management Fall Semester, 2008.
A Context Model based on Ontological Languages: a Proposal for Information Visualization School of Informatics Castilla-La Mancha University Ramón Hervás.
5 PR Praktikum aus Informatik Gabriele Kotsis Summer Term 2009.
Beyond The Desktop The Future of the Interface. The co-evolution of hardware, interface and users Punched cards Character displays and keyboards Graphical.
Master Course /11/ Some additional words about pervasive/ubiquitous computing Lionel Brunie National Institute of Applied Science (INSA)
Intelligent Environments1 Conclusions and Future Directions.
Slide 5-1 Chapter 5 Terms Applications Software for Business Introduction to Information Systems Judith C. Simon.
1 Structure of Aalborg University Welcome to Aalborg University.
Riga Technical University Department of System Theory and Design Usage of Multi-Agent Paradigm in Multi-Robot Systems Integration Assistant professor Egons.
CS 3724 Introduction to Human Computer Interaction.
Ubitrack - Ubiquitous Tracking for Augmented Reality Joe Newman For more information
Internet of Things. IoT Novel paradigm – Rapidly gaining ground in the wireless scenario Basic idea – Pervasive presence around us a variety of things.
Pervasive Computing Parts of the slides are extracted from those of Profs. Mark Weiser, Deborah Estrin, Akbar Sayeed, Jack Stankovic, Mani Srivastava,
Internet of Things in Industries
Introduction to HCI Lecture #1.
Ambient Intelligence: Everyday Living Aid System for Elders
Slide no 1 Cognitive Systems in FP6 scope and focus Colette Maloney DG Information Society.
Ubiquitous, Domestic and Tangible Computing A new way of thinking Saul Greenberg University of Calgary CPSC
Cultural Heritage in Tomorrow ’s Knowledge Society Cultural Heritage in Tomorrow ’s Knowledge Society Claude Poliart Project Officer Cultural Heritage.
Potential topic for Thematic Networks: Wearable Computing and Smart Clothing – > Active Clothing Brussels, May 15, 2007 Ilkka Saarnio.
What is Multimedia Anyway? David Millard and Paul Lewis.
Ubiquitous Computing and Augmented Realities
Future Technologies FTC 2016 Future Technologies Conference December 2016 San Francisco, United States.
Logic and Computer Design Fundamentals
Ambient Intelligence -by Internal Guide: M.Preethi(10C91A0563)
RIS715 Human-Computer Interaction
Session 2 – New Generation Service Challenges
TNK-115 Using the Internet of Things for secure Urban solutions in a Smart CitY VANGELIS ANGELAKIS ITN - Linköping University.
Introduction to Artificial Intelligence Instructor: Dr. Eduardo Urbina
Technology of Data Glove
Presentation transcript:

© Michèle Courant, University of Fribourg Ubiquitous Computing – Methodology of Interaction – Master in Computer Science Cours d’approfondissement - Semestre d’été 2006 (5 ECTS) Michèle Courant Maître d’Enseignement et de Recherches Pervasive Artificial Intelligence Research Group

© Michèle Courant, University of Fribourg Ubiquitous -or Pervasive- Computing (UC) is an emerging computing methodology resulting from the constant miniaturization of electronic components (e.g. sensors, displays, computing units, tags,..) and from the massive development of communication networks, especially wireless technologies. This technological evolution brings on a new applicative horizon like mobile computing, wearable computing, or smart environments, in which computer facilities and artificial intelligence may be thought as embedded in everyday objects and environments. Focus Interaction in Ubiquitous Computing

© Michèle Courant, University of Fribourg Focus Interaction in Ubiquitous Computing Regarding the design of human-machine interaction, UC calls for specific and new approaches, namely for coping with numerous and heterogeneous equipments, sensitivity to the environment and users (context-awareness), intelligent and autonomous components, aso.

© Michèle Courant, University of Fribourg This specialization course of the Master in Computer Science of the University of Fribourg aims at providing both a theoretical and practical knowledge about designing human interaction in UC. Objectives

© Michèle Courant, University of Fribourg Course / Seminar + some exercises & interactive sessions Project Form & Organization

© Michèle Courant, University of Fribourg Content Introduction to Pervasive Computing Selected chapters – Methodologies for Interaction  Fundamentals in HCI (Problems, methods, and techniques)  Graphical Interaction  Instrumental Interaction  Interaction architectures  Novel interaction techniques  Mobile Computing  Augmented Reality and Tangibles Interfaces  Wearable Computing  Ambient Intelligence

© Michèle Courant, University of Fribourg Selected chapters (cont.)  HCI in UC  Context-awareness Ontologies & world representation  Intelligence Cooperation & Intrusiveness Imitation Reasoning Control  Emotional Computing  Autonomous robotics  Aspects of Psycho-physical Interaction  Social Issues  Examples  UbiDev –a middleware for UC  6th Sense –augmented reality  Walking Pad  iWall

© Michèle Courant, University of Fribourg Course / Seminar + some exercises & interactive sessions Goal: to acquire theoretical foundations and applicative background about the above mentioned topics Project Goal: to acquire the technical skills needed for addressing these topics practically Form & Organization

© Michèle Courant, University of Fribourg Course / Seminar (75 h) + some exercises & interactive sessions Professor: M. Courant Projects (75 h) Supervision: V. Pallotta Total: 5 ECTS (150 h) Form & Organization

© Michèle Courant, University of Fribourg Course / Seminar –50% of the mark –Oral exam.(20 mn) +exercises/participation Projects –50% of the mark –Project: quality of the work, quantity of work, communication Evaluation

© Michèle Courant, University of Fribourg Course / Seminar Office: A408, tel Project Other practical details will be further communicated Contact

© Michèle Courant, University of Fribourg At The course pages will be available online soon at Registration