Wednesday, 24 June 2015 3 rd UKIBNET Workshop1 Distributing Cognition in the design of ubiquitous computers Chris Baber Pervasive Computing Group The University.

Slides:

Advertisements

Similar presentations

International Technology Alliance In Network & Information Sciences International Technology Alliance In Network & Information Sciences Paul Smart, Ali.

Advertisements

C1 - The Impact of CAD on the Design Process.  Consider CAD drawing, 2D, 3D, rendering and different types of modelling.

A GEOGRAPHICAL INQUIRY FRAMEWORK F-6 Starting point and focus Support units: Geography inquiry Illustration 1: Developing questions for inquiry – Year.

Page 1 SIXTH SENSE TECHNOLOGY Presented by: KIRTI AGGARWAL 2K7-MRCE-CS-035.

SIXTH SENSE TECHNOLOGY

Ubiquitous Computing Definitions Ubiquitous computing is the method of enhancing computer use by making many computers available throughout the physical.

Ubiquitous Computing and Augmented Realities Material from Authors of Human Computer Interaction Alan Dix, et al.

UBICOMP pervasive computing

Good Design Visibility is key to interaction design Take advantage of affordances/constraints Provide a good conceptual model for the user.

Introduction to HCC and HCM. Human Centered Computing Philosophical-humanistic position regarding the ethics and aesthetics of a workplace Any system.

RCSM, David Buchmann Seminar Ubicomp, Uni Fribourg Reconfigurable Context Sensitive Middleware Smart Classroom Tasks RCSM Parts Critics Presentation.

Presenter : Shih-Tung Huang Tsung-Cheng Lin Kuan-Fu Kuo 2015/6/15 EICE team Model-Level Debugging of Embedded Real-Time Systems Wolfgang Haberl, Markus.

Mobile and Ubiquitous Computing. Overview Attributes Discussion.

Ubiquitous Computing Computers everywhere. Agenda Old future videos

Agenda today 2:00-3:00: lecture 3:00-5:00: The tutor Irene will demonstrate an example of how to use Protocol Analysis for your project.

Ubiquitous Computing Computers everywhere.

Real-Time Systems and the Aware Home Anind K. Dey Ubiquitous Computing Future Computing Environments.

Grand Challenges Robert Moorhead Mississippi State University Mississippi State, MS 39762

Smart Space & Oxygen CIS 640 Project By Usa Sammpun

Projects in the Intelligent User Interfaces Group Frank Shipman Associate Director, Center for the Study of Digital Libraries.

Community Manager A Dynamic Collaboration Solution on Heterogeneous Environment Hyeonsook Kim  2006 CUS. All rights reserved.

Designing Context-Sensitive User Interfaces. Overview Introduction Context Architectures DynaMo-AID: designing context-aware user interfaces  Design.

Sharena Paripatyadar.  What are the differences?

Architectural Design.

Prototype & Design Computer Inputs. How to Prototype & Design Computer Inputs Step 1: Review Input Requirements Step 2: Select the GUI Controls Step 3:

Personalized Medicine Research at the University of Rochester Henry Kautz Department of Computer Science.

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.

Marco Blumendorf I July 21th, 2009 Towards a Model-Based Framework for the Development of Adaptive Multimodal User Interfaces.

Smart Environment The Internet of Things Oana Dragomir, Adam Giemza

CS 580 chapter 4 paradigms.

Presentation by: K.G.P.Srikanth. CONTENTS  Introduction  Components  Working  Applications.

Building Mobile Augmented Reality Services in Pervasive Computing Environment Hiroaki Kimura Eiji Tokunaga

Fall 2002CS/PSY Pervasive Computing Ubiquitous computing resources Agenda Area overview Four themes Challenges/issues Pervasive/Ubiquitous Computing.

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.

Submitted by:- Vinay kr. Gupta Computer Sci. & Engg. 4 th year.

Rendering and Affect A look into emotive invariants through NPR.

1 Chapter 7 Designing for the Human Experience in Smart Environments.

 ByYRpw ByYRpw.

The University of SydneyPage 1 Remote laboratories and mediated interactions: The real opportunity for enhancing learning Professor David Lowe Faculty.

Search Result Interface Hongning Wang Abstraction of search engine architecture User Ranker Indexer Doc Analyzer Index results Crawler Doc Representation.

Comp 15 - Usability & Human Factors Unit 9 - Ubiquitous Computing in Healthcare This material was developed by Columbia University, funded by the Department.

Information Visualization: Ten Years in Review Xia Lin Drexel University.

FOREWORD By: Howard Shrobe MIT CS & AI Laboratory

1 Why? Who? What? Jon Oberlander Director of SICSA.

Trends in Embedded Computing The Ubiquitous Computing through Sensor Swarms.

National Center for Supercomputing Applications Barbara S. Minsker, Ph.D. Associate Professor National Center for Supercomputing Applications and Department.

Beyond The Desktop The Future of the Interface. The co-evolution of hardware, interface and users Punched cards Character displays and keyboards Graphical.

School of something FACULTY OF OTHER Facing Complexity Using AAC in Human User Interface Design Lisa-Dionne Morris School of Mechanical Engineering

Search Result Interface Hongning Wang Abstraction of search engine architecture User Ranker Indexer Doc Analyzer Index results Crawler Doc Representation.

Internet of Things. IoT Novel paradigm – Rapidly gaining ground in the wireless scenario Basic idea – Pervasive presence around us a variety of things.

User-Centric Design of a Vision System for Interactive Applications Stanislaw Borkowski, Julien Letessier, François Bérard, and James L. Crowley ICVS’06.

Stanford hci group / cs147 u 27 November 2007 Ubiquitous Computing & “Natural” Interaction Scott Klemmer tas: Marcello Bastea-Forte,

Lucent Technologies - Proprietary 1 Interactive Pattern Discovery with Mirage Mirage uses exploratory visualization, intuitive graphical operations to.

NCP Info DAY, Brussels, 23 June 2010 NCP Information Day: ICT WP Call 7 - Objective 1.3 Internet-connected Objects Alain Jaume, Deputy Head of Unit.

Ubiquitous Computing Computers everywhere. Wednesday: presentations Ideal Concepts T.H.E. Team Infused Industries CommuniCORP Part 3 DUE!

Slide no 1 Cognitive Systems in FP6 scope and focus Colette Maloney DG Information Society.

Dude, Where's My Car? And Other Questions in Context-Awareness Jason I. Hong James A. Landay Group for User Interface Research University of California.

Ubiquitous, Domestic and Tangible Computing A new way of thinking Saul Greenberg University of Calgary CPSC

What is Multimedia Anyway? David Millard and Paul Lewis.

Learning Analytics isn’t new Ways in which we might build on the long history of adaptive learning systems within contemporary online learning design Professor.

Semantic Web Technologies Readings discussion Research presentations Projects & Papers discussions.

Data Grids, Digital Libraries and Persistent Archives: An Integrated Approach to Publishing, Sharing and Archiving Data. Written By: R. Moore, A. Rajasekar,

CS 580 chapter 4 paradigms.

SIE 515 Touch and Haptics Class 19.

Ubiquitous Computing and Augmented Realities

SIXTH SENSE TECHNOLOGY

Map of Human Computer Interaction

Interactive media.

HCI What ? HCI Why ? What happens when a human and a computer system interact to perform a task? task -write document, calculate budget, solve equation,

Presentation transcript:

Wednesday, 24 June rd UKIBNET Workshop1 Distributing Cognition in the design of ubiquitous computers Chris Baber Pervasive Computing Group The University of Birmingham

Wednesday, 24 June rd UKIBNET Workshop2 The Design Challenge UbiComp assumes highly interconnected network of disparate systems but there is no architecture UbiComp assumes invisible interfaces to users but users can’t manage want they can’t see UbiComp assumes adaptation to context, but it is not obvious which features are appropriate

Wednesday, 24 June rd UKIBNET Workshop3 System Layers Socio-technical interaction Human/computer Interaction Application Programming Cognition & Perception Assembly Language Operating Systems Machine Language Posture & Movement Digital Logic Physical Feedback Physical Inputs Information & knowledge Activity & Culture Convention

Wednesday, 24 June rd UKIBNET Workshop4 A Tangent… Distributed Cognition addresses the interactions between people and everyday objects to explore the relationships between the actions people perform and the environment in which they live and work

Wednesday, 24 June rd UKIBNET Workshop5 Distributed Cognition Exploring the ways in which objects in the world support human actions [HUTCHINS] Resources for Action [SUCHMAN] –Objects in the Environment –Procedures and sequences of action

Wednesday, 24 June rd UKIBNET Workshop6 What is being distributed? System-level view of cognitive Processes [PERRY] Input –Sensing relevant factors Processing –Interpreting current context Output –Determining appropriate response Provision of information Action of person

Wednesday, 24 June rd UKIBNET Workshop7 From theory to (design) practice Resources for Action [WRIGHT ET AL.] –Objects-in-the-World… Represent… –Abstract Information Structures… –Action on Objects changes their states

Wednesday, 24 June rd UKIBNET Workshop8 Context & Resources Goal Plan Action History State Outcome Posture & Movement Location Object / People Time

Wednesday, 24 June rd UKIBNET Workshop9 Simple Mappings GOAL indicated by: –Location –Adjacent Objects –Time (relative to schedule / diary) –Available information

Wednesday, 24 June rd UKIBNET Workshop10 Information and Movement

Wednesday, 24 June rd UKIBNET Workshop11 Annotation through action Capture image Rectify image Mark image –Drawing –Data from sensors

Wednesday, 24 June rd UKIBNET Workshop12 Collaboration through activity Search of site… detected and passed to Control where it is… displayed on screen… and directions sent back

Wednesday, 24 June rd UKIBNET Workshop13 Conclusions Wearable Computers provide a channel through which humans can act upon the world and the objects it contains in order to interact with real and virtual information In this way, cognition can be distributed across people and the (increasingly) smart environments in which they work and play