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Readings in Intelligent User Interfaces

  • 1st Edition - April 1, 1998
  • Latest edition
  • Authors: Mark Maybury, Wolfgang Wahlster
  • Language: English

This book represents a collection of the classic and contemporary readings in the field of Intelligent User Interfaces. An invaluable resource for students, professors, research sc… Read more

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Description

This book represents a collection of the classic and contemporary readings in the field of Intelligent User Interfaces. An invaluable resource for students, professors, research scientists and engineers, it includes both fundamental research and applied innovations in the key areas of IUI including input analysis, output generation, user and discourse adapted interaction, agent-based interaction, model-based interface design, and evaluation.

Editors Maybury and Wahlster, two prominent researchers in the field of Intelligent User Interfaces, offer an introduction to the field along with commentary on each topic. In order to provide a uniquely synergistic view they chose a five person interdisciplinary review board to act as a sounding board for the organization of the book that included paper selection and reviewing commentary for the editors. Each paper concludes with a reflection by the original author on what worked, what did not, and where opportunities remain, as well as commentary on subsequent research and advances since the publication of their work, including important developments and key follow-up publications by the author and others.

Editorial Review Board:Dr. Oliviero Stock, Instituto per la Ricerca Scientifica e Tecnologica (IRST), Trento, ItalyDr. Eduard Hovy, Information Science Institute (ISI), University of Southern CaliforniaDr. Johanna D. Moore, University of PittsburghDr. Steven F. Roth, Robotics Institute, Carnegie Mellon UniversityDr. Sharon Oviatt, Oregon Graduate Institute of Science and Technology

Table of contents

Introduction


I: Multimedia Input Analysis


1.1 "Put-That-There": Voice and Gesture at the Graphics Interface


Bolt, R. A.


1.2 Synergetic Use of Direct Manipulation and Natural Language


Cohen, P. R.; Dalrymple, M.; Moran, D. B.; Pereira, F. C. N.;


Sullivan, J. W.; Gargan Jr, R. A.; Schlossberg, J. L. and Tyler, S. W.


1.3 Natural Language with Integrated Deictic and Graphic Gestures


Neal, J. G.; Thielman, C. Y.; Dobes, Z.; Haller, S. M. and


Shapiro, S. C.


1.4 Integrating Simultaneous Output from Speech, Gaze, and Hand


Gestures


Koons, D. B.; Sparrell, C. J. and Thorisson, K. R.


1.5 The Use of Eye Movement in Human Computer Interaction


Techniques: What you Look at is What you Get


Jacob, R.


II: Multimedia Presentation Design


2.1 Automating the Generation of Coordinated Multimedia Explanations


Feiner, S. K. and McKeown, K. R.


2.2 Planning Multimedia Explanations Using Communicative Acts


Maybury, M. T.


2.3 Plan-based Integration of Natural Language and Graphics


Generation


Wahlster, W.; Andr¦, E.; Finkler, W.; Profitlich H. J. and Rist T.


2.4 Presentation Design Using an Integrated Knowledge Base


Arens, Y.; Miller, L.; and Sondheimer, N. K.


2.5 Automatic Generation of Technical Documentation


Reiter, E.; Mellish, C. and Levine, J.


2.6 The Knowledge Underlying Multimedia Presentations


Arens, Y.; Hovy, E. and Vossers, M.


III: Automated Graphic Design


3.1 Automating the Design of Graphical Presentations of


Relational Information


Mackinlay, J. D.


3.2 Data Characterization for Intelligent Graphics Presentation


Roth, S. F. and Mattis.


3.3 A Task-Analytic Approach to the Automated Design of


Information Graphic Presentations


Casner, S. M.


3.4 Automated Generation of Intent-Based 3D Illustrations


Seligmann, D. and Feiner, S.


3.5 Interactive Graphic Design Using Automatic Presentation


Knowledge


Roth, S. F.; Kolojejchick, J.; Mattis, J. and Goldstein, J.


IV: Automated Layout


4.1 A Grid-Based Approach to Automating Display Layout


Feiner, S. K.


4.2 Automatic Generation of Formatted Text


Hovy, E. and Arens, Y.


 


4.3 Constraint-Based Graphical Layout of Multimodal


Presentations


Graf, W.


4.4 An Empirical Study of Algorithms for Point Feature


Label Placement


Christensen, J.; Marks, J. and Shieber,S.


4.5 Grammar-based Articulation for Multimedia Document


Design


Weitzman, L. and Wittenburg, K.


V: User and Discourse Modeling


5.1 User Modeling via Stereotypes


Rich, E.


5.2 Intelligent User Interfaces as Agents


Chin, D.


5.3 User and Discourse Models for Multimodal Communication


Wahlster, W.


5.4 KN-AHS: An Adaptive Hypertext Client of the User Modeling


System BGP-MS


Kobsa A.; Mƒller, D. and Nill, A.


5.5 Planning Text For Advisory Dialogues: Capturing Intentional and


Rhetorical Information


Moore, J. D. and Paris, C. L.


5.6 Planning Interactive Explanations


Cawsey, A.


5.7 Natural Language and Exploration of an Information Space: the


AlFresco Interactive System


Stock, O.


5.8 The Application of Natural Language Models to Intelligent


Multimedia


Burger, J. and Marshall, R.


VI: Model Based Interfaces


6.1 Steamer: An Interactive Inspectable Simulation-Based Training


System


Hollan, J.; Hutchins, E. and Weitzman, L.


6.2 Knowledge-Based User Interface Management System


Foley, J.; Gibbs, C.; Kim, W. and Kovacevic, S. A.


6.3 ITS: A Tool for Rapidly Developing Interactive Applications


Wiecha, C.; Bennett, W.; Boies, S.; Gould, J. and Green, S.


6.4 Beyond Interface builders: Model-based interface tools


Szekely, P.; Luo, P. and Neches, R.


6.5 Model Based Automated Generation of User Interfaces


Puerta, A.


6.6 Automatic Generation of a User Interface for Highly Interactive


Business-Oriented Applications


Vanderdonckt, J.


VII: Agent Interfaces


7.1 Agents that Reduce Work and Information Overload


Maes, P.


7.2 Embedding Critics in Design Environments


Fischer, G.; Nakakoji, K.; Ostwald, J.; Stahl, G. and Sumner, T.


7.3 Multimodal Interaction for Distributed Interactive Simulation


Cohen, P.; Johnston, M.; McGee, D.; Oviatt, S.; Pittman, J.; Smith, I.;


Chen, L. and Clow, J.


7.4 Speech Dialogue with Facial Displays: Multimodal Human-Computer


Conversation


Nagao, K. and Takeuchi, A.


7.5 Animated Conversation: Rule-based Generation of Facial Expression,


Gesture and Spoken Intonation for Multiple Conversational Agents


Cassell, J.; Pelachaud, C.; Badler, N.; Steedman, M.; Achorn, B.;


Becket, W.; Douville, B.; Prevost, S. and Stone, M.


VIII: Evaluation


8.1 A Morphological Analysis of the Design Space of Input Devices


Card, S. K.; MacKinlay, J. D. and Robertson, G. G.


8.2 Wizard of Oz Studies - Why and How


Dahlbaeck, N.; Joensson, A. and Ahrenberg, L.


8.3 User-centered Modeling for Spoken Language and Multimodal


Interfaces


Oviatt, S. L.


8.4 PARADISE: A Framework for Evaluating Spoken Dialogue Agents


Walker, M.; Litman, D.; Kamm, C. and Abella, A.

Product details

  • Edition: 1
  • Latest edition
  • Published: April 1, 1998
  • Language: English

About the authors

MM

Mark Maybury

Mark Maybury received his BA in Mathematics from the College of the Holy Cross in 1986 where he was valedictorian. As a Rotary Scholar at Cambridge University, England, he received his M.Phil in Computer Speech and Language Processing in 1987 and his Ph.D. in Artificial Intelligence in 1991. Mark was awarded an MBA from RPI in 1989. He has published in Text Generation, Presentation Design, Text and Multimedia Summarization, Intelligent Multimedia Interfaces, and Multimedia Information Access. He is currently the Deputy Division Manager of the National Intelligence Division, Director of the Bedford Artificial Intelligence Center, and Director of the Advanced Information Systems Center at the MITRE Corporation

WW

Wolfgang Wahlster

Dr. Wolfgang Wahlster received a diploma and doctoral degree in Computer Science from the University of Hamburg, Germany. He is now Professor of Artificial Intelligence and Database Systems and head of the AI Laboratory at the University of Saarbrucken where he currently serves as a Scientific Director of the German Research Center for Artificial Intelligence (DFKI). He has published more than 150 technical papers on man-machine communication. His current research includes intelligent multimodal interfaces, user modeling, natural language scene description, intelligent help systems, and deductive plan recognition speech translation. He is an AAAI Fellow and a recipient of the Fritz Winter Award, one the most prestigious awards for engineering sciences in Germany.