| Cockpit Systems Design in Future Military Aircraft | | BIB | 3-6 | |
| A. Schulte | |||
| The Crew Assistant Military Aircraft (CAMA) | | BIB | 7-10 | |
| M. Strohal; R. Onken | |||
| ELICO: A Platform for Dynamic Adaptation of User-System Interaction | | BIB | 11-14 | |
| F. R. Monclar; I. Jacob; J. P. Krivine | |||
| A Decision Support System for Production Scheduling and Control | | BIB | 15-18 | |
| M. B. Chen; S. L. Hwang | |||
| A Time-Based Interface for Electronic Mail and Task Management | | BIB | 19-22 | |
| K. S. Yiu; R. Baecker; N. Silver; B. Long | |||
| User Modeling by Graph-Based Induction | | BIB | 23-26 | |
| K. Yoshida | |||
| LaboUr-Machine Learning for User Modeling | | BIB | 27-30 | |
| W. Pohl | |||
| An Interactive Environment for Dynamic Control of Machine Learning Systems | | BIB | 31-34 | |
| E. M. Nguifo | |||
| From Informative Patterns to Information Architecture | | BIB | 35-38 | |
| K. Englmeier; E. Mang | |||
| Building Joint Cognitive Systems: A Case of Horses for Courses? | | BIB | 39-42 | |
| E. Hollnagel | |||
| Communication and Shared Knowledge in Human-Computer Systems | | BIB | 43-46 | |
| D. Benyon | |||
| Problems in Human-Machine Interaction and Communication | | BIB | 47-50 | |
| L. J. Bannon | |||
| Machine Intelligence in HCI Revisited: From Intelligent Agents to Intelligent Systems | | BIB | 51-54 | |
| L. Balint | |||
| Are Interactive Media as Large as Life and Half as Natural? | | BIB | 55-58 | |
| L. E. Merkle; R. E. Mercer | |||
| Can We Trace Back Cognitive Processes in Root Cause Analysis? | | BIB | 59-62 | |
| M. Pedrali; R. Bastide | |||
| Integrating System's Functional Model and its Structional Model Toward Denotational Dialogue Specification | | BIB | 63-66 | |
| K. Matsubayashi; Y. Tsujino; N. Tokura | |||
| Modeling the Sources and Consequences of Errors and Delays in Complex Systems | | BIB | 67-70 | |
| C. K. Garg; V. Riley; J. W. Krueger | |||
| Task Netwoerk Modeling of Human Workload Coping Strategies | | BIB | 71-74 | |
| J. F. Lockett | |||
| Predicting Human Performance in Complex Systems-A Method and Case Study | | BIB | 75-78 | |
| R. Laughery; B. Plott | |||
| Multi-Agent Performance Modeling in OMAR | | BIB | 79-82 | |
| S. Deutsch | |||
| Mapping Instructions onto Actions: A Comprehension-Based Model of Display-Based Human-Computer Interaction | | BIB | 83-86 | |
| M. Kitajima; P. G. Polson | |||
| The Human Scheduler's Mental Models and Decision Aids of the Interactive Scheduling System | | BIB | 87-90 | |
| N. Nakamura; J. Takahara; T. Kamigaki | |||
| The Role of Interaction Modeling in Future Cognitive Ergonomics: Do Interaction Models Lead to Formal Specification of Involved Machine Intelligence? | | BIB | 91-94 | |
| C. Stary | |||
| Do People in HCI Use Machine Learning? | | BIB | 95-98 | |
| Vassilis S. Moustakis | |||
| Modeling the User's Problem-Solving Expertise for Effective Decision Support | | BIB | 99-102 | |
| C. Chiu | |||
| Technology Needs for Web-Based Technical Training | | BIB | 103-106 | |
| T. A. Plocher; S. L. Hillman | |||
| A Knowledge-Based Approach to Creating Adaptive Electronic Textbooks | | BIB | 107-110 | |
| P. Brusilovsky | |||
| Using Multiple Technologies for Distance Learning | | BIB | 111-114 | |
| L. Neal | |||
| PEBBLES: Providing Education by Bringing Learning Environments to Students | | BIB | 115-118 | |
| L. A. Williams; D. I. Fels; G. Smith; J. Treviranus | |||
| Computer Based Learning: GroupSystems[R] in the Wireless Classroom | | BIB | 119-122 | |
| C. C. Keating | |||
| Evaluating Effects of Self-Directed Ergonomics Training | | BIB | 123-128 | |
| B. G. F. Cohen | |||
| Effects of Ergonomic Training as an Ergonomic Intervention | | BIB | 129-132 | |
| M. H. Dainoff; M. J. Dainoff | |||
| A Model for Ergonomics Training Evaluation | | BIB | 133-138 | |
| M. Robertson | |||
| Ergonomics Training in Industrially Developing Countries: Case Studies from `Roving Seminars' | | BIB | 139-144 | |
| P. A. Scott; H. Shahnavaz | |||
| Comparative Hypertext Approaches to Ergonomic Training | | BIB | 145-148 | |
| W. Xu; M. J. Dainoff | |||
| Enhancing the Interface to Provide Intelligent Computer Aided Language Learning | | BIB | 149-152 | |
| M. Murphy; A. Krueger; A. Grieszl | |||
| The Role of Case-Based Reasoning in Instructional Design: Theory and Practice | | BIB | 153-156 | |
| B. Asiu; M. D. McNeese | |||
| Designing Interactions for Guided Inquiry Learning Environments | | BIB | 157-160 | |
| N. Enyedy; P. Vahey; B. Gifford | |||
| Granular Interface Design: Decomposing Learning Tasks and Enhancing Tutoring Interaction | | BIB | 161-164 | |
| A. Patel; A Kinshuk | |||
| A Collaborative Distance Learning System and its Experimental Results | | BIB | 165-168 | |
| T. Dasai; H. Koizumi; K. Yokochi | |||
| Transporting Honey Bears: A Cognitive Analysis of the Effects of Interface Manipulation Style on a Constraint-Based Planning Task | | BIB | 169-172 | |
| S. Holst; E. Churchill; D. Gilmore | |||
| Discount Usability Engineering | | BIB | 173-176 | |
| P. J. Santos; A. N. Badre | |||
| Age Differences Between Elderly and Young Workers in Effectiveness of Computer Skill Training and Task Cognition | | BIB | 177-180 | |
| H. Umemuro | |||
| Design Principles for a Training Software Agent: Issues Concerning Agent-User Interaction | | BIB | 181-184 | |
| A. Farias; T. N. Arvanitis | |||
| Action Workflow Loops in Distance Education-Design Principles for Integrating CAL and CMC | | BIB | 185-188 | |
| P. Johannesson | |||
| Reducing Restriction of Activity in Media Communication with Demand Driven Viewer | | BIB | 189-192 | |
| N. Kohtake; Y. Yamamoto; Y. Anzai | |||
| Lock-On Pointer: A Foundation for Human-Object Interaction | | BIB | 193-196 | |
| N. Matsushita; M. Morohashi; Y. Anzai | |||
| A Sensor Network Management System-An Overview and Example | | BIB | 197-200 | |
| M. Ohta; Y. Anzai | |||
| A Fundamental Mechanism of Intelligent Sensor-Actuator Networks | | BIB | 201-204 | |
| S. Shimada; Y. Yamamoto; Y. Anzai | |||
| ROIS: A New Concept to Change into Safe and Comfortable World | | BIB | 205-208 | |
| M. Kohno; Y. Anzai | |||
| Information Presentation and Control in a Modern Air Traffic Control Tower Simulator | | BIB | 209-212 | |
| R. F. Haines; S. Doubek; B. Rabin; S. Harke | |||
| Information Engineering: Creating an Integrated Interface | | BIB | 213-216 | |
| M. J. Albers | |||
| Designing for Complexity | | BIB | 217-220 | |
| E. Hollnagel | |||
| Twenty-Five Years of Operator-Process Communication: Lessons Learned and Problems Solved? | | BIB | 221-224 | |
| E. Hollnagel; J. O. Hol | |||
| Application of a Newly Developed Eye Sensing Head-Mounted-Display to a Mutual Adaptive CAI for Plant-Diagnosis | | BIB | 225-228 | |
| S. Fukushima; H. Yoshikawa | |||
| Development Strategies on an Intelligent Software System for Total Operation and Maintenance of Nuclear Power Plants | | BIB | 229-232 | |
| S. H. Chang; H. G. Kim; S. S. Choi | |||
| Simulation-Based Interface Evaluation Method of Equipment in Power Plants | | BIB | 233-236 | |
| T. Nakagawa; M. Kitamura; Y. Nakatani; N. Terashita | |||
| Associate Systems: A Framework for Human-Machine Cooperation | | BIB | 237-242 | |
| N. D. Geddes | |||
| Control Versus Dependence: Striking the Balance in Function Allocation | | BIB | 243-246 | |
| E. Hollnagel | |||
| Human Electronic Crew Teamwork: Cognitive Requirements for Compatibility and Control with Dynamic Function Allocation | | BIB | 247-250 | |
| R. M. Taylor | |||
| Natural User Interface (NUI): A Case Study of a Video Based Interaction Technique for a Computer Game | | BIB | 253-256 | |
| M. Rauterberg | |||
| A Formal Method for Deriving Command Production Language from Human Intents | | BIB | 257-260 | |
| C. A. Ntuen | |||
| Hierarchical Ordering of Internet Mental Model Categorisations | | BIB | 261-266 | |
| M. Greyling; A. Thatcher | |||
| Ecological Display Design for the Control of Unmanned Airframes | | BIB | 267-270 | |
| J. B. F. Van Erp; B. Kappe | |||
| User Interface Agents in a Public Information System | | BIB | 271-274 | |
| N. Pridun; P. Purgathofer | |||
| An Automatic Document Coloring and Browsing System | | BIB | 275-278 | |
| T. Uchida; H. Tanaka | |||
| Free vs. Guided Programming by Discovery | | BIB | 279-282 | |
| H. A. Ramadhan | |||
| An Active Gazing-Line System for Improving Sign-Language Conversation | | BIB | 283-286 | |
| S. Lu; K. Imagawa; S. Igi | |||
| A Hierarchical Browsing System for Sign Language Video | | BIB | 287-290 | |
| S. Higashino; H. Kasahara | |||
| Transfering Experts' Jobs to Novices and Computers by Information Sharing in Office Work | | BIB | 291-294 | |
| T. Enkawa; H. Umemuro | |||
| An Interface Model for Evaluating Task-Interface Congruity | | BIB | 295-298 | |
| W. C. Yoon; J. Park | |||
| Managing Information by a New Compound Noun Analysis | | BIB | 299-302 | |
| I. H. Jung; S. Y. Yang | |||
| Interactive Interfaces to Detect Conceptual Difference for Knowledge Acquisition | | BIB | 303-306 | |
| T. Kondo; N. Saiwaki; T. Yoshida; S. Nishida | |||
| Transformation of Human-to-Human Interaction into Asymmetric and Lightweight Computer-Mediated Interaction | | BIB | 307-310 | |
| A. Nakajima; F. Ando; Y. Furui | |||
| TacTool v2.0: An Object-Based Multimodal Interface Design Platform | | BIB | 311-314 | |
| D. V. Keyson; L. Van Stuivenberg | |||
| A New Form of Programming in the Light of Cognitive Dimensions | | BIB | 315-318 | |
| H. J. Borron | |||
| Human Computer-Interaction: Graphic Designers X Graphic Softwares | | BIB | 319-322 | |
| A. De Moraes; S. Padovani; C. Mendes | |||
| Heuristics and Biases in the Evolution of a Robust Human-Machine Interface Methodology | | BIB | 323-326 | |
| J. C. Lowry; P. E. Van Hemel; S. Z. Knizhnik | |||
| A Highly Extensible Graphical User Interface in a Software Development Environment | | BIB | 327-330 | |
| Y. Sugiyama | |||
| The Effect of Internet Delay on the Design of Distributed Multimedia Documents | | BIB | 331-334 | |
| A. Sears; M. S. Borella | |||
| The Effect of Internet Delay on the Perceived Quality of Information | | BIB | 335-338 | |
| A. Sears; J. A. Jacko; M. S. Borella | |||
| Human Factors Principles for Variable Message Signs Utilized in Intelligent Transportation Systems | | BIB | 339-342 | |
| A. Zanotti; M. L. Resnick; G. Cestari | |||
| Safety Management: Some Issues and Limitations | | BIB | 343-346 | |
| V. G. Duffy | |||
| Interface Requirements: An Analysis of Technologies Designed for Individual and Group Work | | BIB | 347-350 | |
| J. A. Jacko; V. G. Duffy | |||
| AMF: A New Design Pattern for Complex Interactive Software? | | BIB | 351-354 | |
| F. Tarpin-Bernard; B. T. David | |||
| Modular Dialogue Units: A Software Architecture for Programming Human-Computer Dialogues | | BIB | 355-358 | |
| M. A. Perez-Quiones; J. L. Sibert | |||
| Optimizing Cut-and-Paste Operations in Directed-Graph Editing | | BIB | 359-362 | |
| B. Ibrahim | |||
| New Modeling/Analyzing Architecture and Simulation Mechanism for Complex Structure | | BIB | 363-366 | |
| T. Sawa; M. Yasuda | |||
| Designing the User Interface for a Natural Spoken Dialogue System | | BIB | 367-370 | |
| S. J. Boyce | |||
| Allowing Multiple Experts to Revise a Thesaurus Database | | BIB | 371-374 | |
| N. Nishikawa; H. Tsuji | |||
| CyberForum on InterSpace | | BIB | 375-378 | |
| T. Sadakata; T. Yamana; T. Tajiri; H. Hadeishi | |||
| A Bullseye Menu With Sound Feedback | | BIB | 379-382 | |
| N. Friedlander; K. Schlueter; M. Mantei | |||
| User Interface Modeling for the Design of Administrative Information Systems | | BIB | 383-386 | |
| M. Lif | |||
| Direct Interaction with Flexible Material Models | | BIB | 387-390 | |
| M. Bordegoni; G. Frugoli; C. Rizzi | |||
| Reducing Operator Mental Load Through Dynamic Icons Interfaces and Process Notice | | BIB | 391-394 | |
| B. Boussoffara; P. F. Elzer | |||
| Information Retrieval Supported by Rich and Redundant Indices | | BIB | 395-398 | |
| K. Satoh; S. Akamine; K. Muraki; A. Okumura | |||
| Retrieving and Transmitting Real World Oriented Information by Simple Interaction Through Augmented Electrical Stick | | BIB | 399-402 | |
| S. Iga; M. Yasumura | |||
| Evaluation of a Theory-Based Display Guide | | BIB | 403-406 | |
| A. H. Joergensen; J. May | |||
| Potential Key Stress Factors Among Academic Library Assistants | | BIB | 407-410 | |
| A. Morris; S. Holmes | |||
| Physiological Analysis of Entrainment in Face-to-Face Communication | | BIB | 411-414 | |
| T. Watanabe; M. Okubo | |||
| Expression Recognition and Synthesis for Face-to-Face Communication | | BIB | 415-418 | |
| S. Morishima | |||
| Remote and Local Camera Works in Media Communication | | BIB | 419-422 | |
| H. Tamura; R. Zhang | |||
| Quick Address Search System with Handwriting Using Character Transition Information | | BIB | 423-426 | |
| K. Gunji; S. Kuzunuki; K. Katsura | |||
| A System for Eliciting and Helping to Score Test Answers Input Through a Handwriting Interface | | BIB | 427-430 | |
| T. Souya | |||
| Form Input System by Pen Interface | | BIB | 431-434 | |
| Y. Nishimura; M. Nakagawa | |||
| Prototyping of Digital Ink E-Mail System Based on a Common Ink Format | | BIB | 435-438 | |
| H. Tanaka; N. Kato; M. Nakagawa | |||
| Strategies for Integrating and Separating Pen-Based Operational States | | BIB | 439-442 | |
| S. N. Krishnan; S. Moriya | |||
| A System for Real-time Groupware Using a Pen Interface for Creative Thought Support | | BIB | 443-446 | |
| K. Nakajima; E. Hayakawa; M. Namiki; N. Takahashi | |||
| Pen-Based Japanese Character Entry System for Visually Disabled Persons | | BIB | 447-450 | |
| K. Kiyota; T. Morita; S. Yamamoto | |||
| Enhancing Handwriting Interfaces | | BIB | 451-453 | |
| M. Nakagawa | |||
| Idea Memo PDA in Scalable Handwriting Interfaces | | BIB | 454-458 | |
| K. Oomika; A. Naito; M. Nakagawa | |||
| Improvement of Hand-Grasp Measurement System | | BIB | 459-462 | |
| Y. Seki; S. Sato; S. Shimizu; M. Shimojo | |||
| Pen-Computing and Groupware: A Chance to Improve Collaborative Writing | | BIB | 463-466 | |
| O. M. Gonzalez; M. J. Verdu; Y. A. Dimitriadis; M. T. Blasco | |||
| The Conceptual Framework of Preference-Based Design | | BIB | 467-470 | |
| M. Ujigawa | |||
| Revealing of Preference Structure by the Evaluation Grid Method | | BIB | 471-474 | |
| J. Sanui; G. Maruyama | |||
| Conjoint Analysis of Consumer Preferences in Cyber Space | | BIB | 475-478 | |
| M. Mizuno | |||
| Interactive Support for Decision Making | | BIB | 479-482 | |
| N. Matsuda; K. Nakamura | |||
| A Design and Implementation of Cyber Laboratory | | BIB | 483-486 | |
| T. Tsunoda | |||
| Situation Awareness Modeling and Pilot State Estimation for Tactical Cockpit Interfaces | | BIB | 487-490 | |
| S. Mulgund; G. Rinkus; C. Illgen; G. Zacharias | |||
| Mapping Physiology to Cognition in Adaptive Interface Design | | BIB | 491-494 | |
| W. J. Ray; S. Hess; J. Goldberg | |||
| Adaptive Interfaces as an Approach to Human-Machine Cooperation | | BIB | 495-500 | |
| R. G. Eggleston | |||
| Aid Methodology for Designing Adaptive Human Computer Interfaces for Supervision Systems | | BIB | 501-504 | |
| C. Santoni; E. Furtado; P. Francois | |||
| Toward an Adaptive Command Line Interface | | BIB | 505-508 | |
| B. D. Davison; H. Hirsh | |||
| Integrating Human Factors with Software Engineering for Human-Computer Interaction | | BIB | 509-512 | |
| J. Long | |||
| Microsoft Interactive Media Products: Worldwide Usability and Design Practices | | BIB | 513-516 | |
| J. G. Corso | |||
| A Closed-Loop Approach for Integrating Human Factors into Systems Development: A Case Study Involving a Distributed Database System | | BIB | 517-520 | |
| R. H. Y. So; C. M. Finney; M. Tseng; C. J. Su | |||
| Usability Engineering and Software Engineering: How Do They Relate? | | BIB | 521-524 | |
| S. Hakiel | |||
| Integrating HCI Engineering and Software Engineering: A Call to a Larger Vision | | BIB | 525-530 | |
| E. A. Buie; A. Vallone | |||
| Structured Methods for Human Factors Research and Development | | BIB | 531-534 | |
| A. Stork; J. Long | |||
| History Lesson: The Web Discovers User Interface Design | | BIB | 535-538 | |
| A. Marcus | |||
| User-Centered Design at AT&T Labs | | BIB | 539-542 | |
| D. J. Dooling | |||
| Human Interface Research and Practice at Apple Computer | | BIB | 543-546 | |
| P. F. Strijland | |||
| A New Design Concept and Method Based on Ergonomics and Kansei Engineering and So On | | BIB | 547-550 | |
| T. Yamaoka | |||
| Toward Rehabilitation Cognitive Engineering-Gap Between Theory and Practice in the Human Interface of Information Processing Devices for People with Disabilities | | BIB | 551-554 | |
| A. Okamoto | |||
| Dilemma of Usability Engineering | | BIB | 555-558 | |
| M. Kurosu | |||
| Understanding HCI Requirements: Expertise and Assistance to Imagery Analysis | | BIB | 559-562 | |
| I. S. MacLeod; A. J. McClumpha; E. Koritsas | |||
| User Centred Design: The Application of the LUCID Interface Design Method | | BIB | 563-568 | |
| A. Smith; L. Dunckley | |||
| Muse, a Rapid Prototyping Tool | | BIB | 569-572 | |
| H. Kamio; M. Amamiya; H. Matsu'ura; T. Nitta | |||
| Participatory Interface Design: From Naive Models to Systems | | BIB | 573-576 | |
| N. Bianchi; P. Bottoni; P. Mussio; G. Rezzonico | |||
| Project Development Staff-Decision-Support System for Software Development | | BIB | 577-580 | |
| T. Tabe; T. Chikara; Y. Taguchi | |||
| Developing Usability in the Software Life-Cycle: Experiences from a Large European Government Software Contract | | BIB | 581-584 | |
| A. Giannetti; R. Mignosi; G. Taglialatela | |||
| Software Prototyping of Hardware Interfaces | | BIB | 585-588 | |
| G. Breinholt | |||
| An Analyzing and Modelling Tool Kit for Human-Computer Interaction | | BIB | 589-592 | |
| M. Rauterberg; M. Fjeld | |||
| Software Durability-Is it Important? Can it be Achieved? | | BIB | 593-596 | |
| S. G. Archer; L. Allender; C. Richer | |||
| Evaluating REAL Users, Using REAL Software, Performing REAL Tasks, in REAL Contexts | | BIB | 597-600 | |
| I. Posner; R. Baecker; A. Mitchell | |||
| The Contribution of Usability Analysis to the Design of Medical Devices: A Case Study | | BIB | 601-604 | |
| S. Earl; M. Young; B. Meek; R. Koubek | |||
| Networking and Urban Forms in the Electronic Age-Towards Flexible Location Decisions in Stockholm | | BIB | 605-608 | |
| R. Kazemian | |||
| Asking Users About What They Mean: Two Experiments & Results | | BIB | 609-612 | |
| H. Blanchon; L. Fais | |||
| Ergonomic Evaluation of Some Brazilian Hypertext Systems | | BIB | 613-616 | |
| S. Padovani; A. De Moraes | |||
| Design and Usability Evaluation of a Novice User-Oriented Control Panel for Lighting and Air Conditioning | | BIB | 617-620 | |
| K. Morimoto; T. Kurokawa; M. Hata; N. Kushiro | |||
| Usability in the Perspective of Work Environment | | BIB | 621-624 | |
| K. D. Keller | |||
| Experimental Method for Usability Test of Industrial Plant Operation System | | BIB | 625-628 | |
| H. Nishitani; T. Kurooka; T. Kitajima; C. Satoh | |||
| An Informal Usability Study of a Videoconferencing System | | BIB | 629-632 | |
| B. Auernheimer; C. Chongcharoen; S. Arritt | |||
| Method and Techniques for the Evaluation of Multimedia Applications | | BIB | 635-638 | |
| F. V. Cipolla-Ficarra | |||
| Multimedia Communication for Family | | BIB | 639-642 | |
| A. Kimura; H. Kato; S. Inokuchi | |||
| Computer-Generated Presentation Scripts for Life-Like Interface Agents | | BIB | 643-646 | |
| E. Andre; J. Mueller; T. Rist | |||
| Supporting Task Performance: Is Text or Video Better? | | BIB | 647-650 | |
| B. E. Norris; W. B. L. Wong | |||
| Mobile Multimedia Communication: A Task- and User-Centered Approach to Future Systems Development | | BIB | 651-654 | |
| F. W. G. Van den Anker; A. G. Arnold | |||
| Animated Paper Documents | | BIB | 655-658 | |
| P. Robinson; D. Sheppard; R. Watts; R. Harding | |||
| Presentation Jockey: Multimedia Authoring System Using Structured Document Parsing | | BIB | 659-662 | |
| H. S. Shin; W. J. Yoo; K. J. Yoo | |||
| Individual User Differences in Data Model Comprehension | | BIB | 663-666 | |
| J. C. Nordbotten; M. E. Crosby | |||
| ALAWAI: Agent Languages and AgentWare for Agent Invention | | BIB | 667-670 | |
| K. Takeda; M. Inaba | |||
| Modeling Multimodal Human-Computer Interaction: Semiotics, Proxemics and Kinesics | | BIB | 671-674 | |
| R. Marshall | |||
| Evaluating Multi-User Interfaces (EMI) | | BIB | 675-678 | |
| M. E. Crosby; D. N. Chin | |||
| A Multicast Algorithm in a Distributed Multimedia Conference System | | BIB | 679-682 | |
| A. Hac; D. Wang | |||
| All Object-Oriented Uncertainty Retrieval Approach for Graphics Databases | | BIB | 683-686 | |
| S. Y. Itoga; X. Ke; Y. Liu | |||
| Multimedia Communication and Technology: A Semiotic Perspective | | BIB | 687-690 | |
| H. C. Purchase | |||
| ISO 14915: A Standard on Multimedia User Interface Design | | BIB | 691-694 | |
| K. P. Faehnrich; F. Koller | |||
| Multimedia HCI Addressed by ETSI | | BIB | 695-698 | |
| M. Boecker | |||
| Navigation Design for Interactive Multimedia | | BIB | 699-702 | |
| F. Koller; A. Woehr | |||
| Generating Adaptable Multimedia Software from Dynamic Object Oriented Models: The ObjectWand Design Environment | | BIB | 703-706 | |
| C. Maertin; M. Humpl | |||
| Multimodal Display for Enhanced Situation Awareness Based on Cognitive Diversity | | BIB | 707-710 | |
| M. Takahashi; S. Takei; M. Kitamura | |||
| Modeling and Evaluating Multimodal Interaction Styles | | BIB | 711-714 | |
| B. E. R. De Ruyter; J. H. M. De Vet | |||
| Seven Rules in a Theory of Consistency | | BIB | 715-718 | |
| A. M. Olson | |||
| CZWeb: Fish-Eye Views for Visualizing the World-Wide Web | | BIB | 719-722 | |
| B. Fisher; M. Agelidis; J. Dill; P. Tan | |||
| Teaching Information Literacy in Technical Courses Using WWW | | BIB | 723-726 | |
| Y. Shibuya; G. Kuwana; H. Tamura | |||
| A Dynamic Linkage Method for Hypermedia and Its Design Support Tool | | BIB | 727-730 | |
| Y. Hijikata; N. Saiwaki; T. Yoshida; S. Nishida | |||
| Table Expander: Hypertabular Interaction with Query Results | | BIB | 731-734 | |
| G. Santucci; L. Tarantino | |||
| An Environment for Modelling and Designing Hypertext Applications | | BIB | 735-738 | |
| S. Goll; J. Lorenz; W. Hesse | |||
| HyperBBS: Towards Smooth Navigation | | BIB | 739-742 | |
| E. Niwano | |||
| The `History' as a Cognitive Tool for Navigation in a Hypertext System | | BIB | 743-746 | |
| S. G. Schaer | |||
| Decision Support for Indexing and Information Retrieval: Implications for Hypertext Systems | | BIB | 747-750 | |
| W. Zhu; M. R. Lehto | |||
| Vizualization of Knowledge Model Used for Plant Operation | | BIB | 751-754 | |
| K. Furuta; K. Nakanishi; S. Kondo | |||
| A WWW Environment for Visualizing User Interactions with Java Applets | | BIB | 755-758 | |
| J. Stelovsky; M. E. Crosby | |||
| A System for Exploring Information Spaces | | BIB | 759-762 | |
| M. Sugimoto; N. Katayama; A. Takasu | |||
| Flip Zooming: A Practical Focus+Context Approach to Visualizing Large Data Sets | | BIB | 763-766 | |
| L. E. Holmquist; C. Ahlberg | |||
| Evaluating the Usability of Application Tools in Transferring Multimedia Information Across ATM Communication Networks Within the Fashion Industry in Europe | | BIB | 767-770 | |
| G. Patterson; R. Donnelly | |||
| Re-Engineering a Complex Network Interface | | BIB | 771-774 | |
| M. Lucas; J. F. Meech; C. Purcell | |||
| Web Mediator: Providing Social Interaction on the WWW | | BIB | 775-778 | |
| A. Ishihara | |||
| From System Evaluation to Service Redesign: A Case Study | | BIB | 779-782 | |
| P. Marti; A. Rizzo; S. Bagnara; P. Lomagistro | |||
| Agent-Based Support for Personalized Information with Web Search Engines | | BIB | 783-786 | |
| E. S. Lee; R. Okada; I. G. Jeon | |||
| VIOLA: A Visual Programming Tool for the Development of Web Applications | | BIB | 787-790 | |
| C. S. Cho; P. S. Mah; G. S. Shin; S. J. Yoon | |||
| WWW Visualization Giving Meanings to Interactive Manipulations | | BIB | 791-794 | |
| H. Shiozawa; Y. Matsushita | |||
| Book Based View and Scroll Based View: Which is Suited for HTML Viewers? | | BIB | 795-798 | |
| K. Ueno; K. Suzuki; H. Ozawa | |||
| Web Pages: Designing with Rhetorical Techniques | | BIB | 799-802 | |
| C. Dormann | |||
| Usability Issues in Web Site Design | | BIB | 803-806 | |
| N. Bevan | |||
| Integrated User Interfaces for the Home Environment | | BIB | 807-810 | |
| J. Ziegler; J. Machate | |||
| Interacting with Electronic Healthcare Records in the Information Society | | BIB | 811-814 | |
| I. Iakovidis | |||
| Mobile Communication User Interfaces for Everyone | | BIB | 815-818 | |
| K. Vaeaenaenen-Vainio-Mattila; S. Haataja | |||
| A Model of the Informational Affordances of Media Spaces in Community Networks | | BIB | 819-822 | |
| D. T. Singh; P. P. Singh; J. Durlak | |||
| Semantic Stimulus Structure in World Wide Web Interface Design for Navigation by Novice Users | | BIB | 823-826 | |
| S. Z. Knizhnik; P. E. Van Hemel; M. Miller; G. Goldfield | |||
| GUI Evaluation Through Web | | BIB | 827-830 | |
| J. Sanchez; O. Alonso | |||
| Estimating User Interests from their Navigation Patterns in the WWW | | BIB | 831-834 | |
| J. Favela; A. Carreon | |||
| Page Design Guidelines for Improving World Wide Web Navigation | | BIB | 835-838 | |
| N. J. Rodriguez; J. A. Borges; I. Morales | |||
| MARTI: Man-Machine Animation Real-Time Interface: The Illusion of Life | | BIB | 841-844 | |
| C. M. Jones; S. S. Dlay | |||
| Perception-Oriented Stereo Rendering: A New Approach to Control the Third Dimension | | BIB | 845-848 | |
| L. Reichert | |||
| Do Three Dimensional Realtime Interfaces Really Play Important Roles? | | BIB | 849-852 | |
| M. Shirabe; Y. Baba | |||
| Integrating Version Control and Module Management Using Three-Dimensional Visualization | | BIB | 853-856 | |
| H. Koike; H. C. Chu | |||
| Using VR-VIBE: Browsing and Searching for Documents in 3D-Space | | BIB | 857-860 | |
| E. F. Churchill; D. Snowdon; S. Benford; P. Dhanda | |||
| Display of Conversation Partners Using 3D-Facial Model in the Multiparty Video Communication System | | BIB | 861-864 | |
| T. Murai; H. Kato; S. Inokuchi | |||
| 3D Interactive Information Visualization: Guidelines from Experience and Analysis of Applications | | BIB | 865-868 | |
| R. Brath | |||
| Presentation and Interaction of Virtual 3D Objects Without Geometrical Model | | BIB | 869-872 | |
| S. Uchiyama; H. Yamamoto; A. Katayama; H. Tamura | |||
| In Search of Equivalence Classes in Subjective Scales of Reality | | BIB | 873-876 | |
| S. R. Ellis; N. S. Dorighi; B. M. Menges; B. D. Adelstein | |||
| Effects of Lighting on Human Performance in Training | | BIB | 877-880 | |
| J. Maida; A. Aldridge; J. Novak | |||
| The Effect of Different Viewing Devices for the Sense of Presence of Immersion in Virtual Environments: A Comparison of Stereoprojections Based on Monitors, HMDs and Screens | | BIB | 881-884 | |
| J. Deisinger; C. Cruz-Neira; O. Riedel; J. Symanzik | |||
| Presence: Where Are We Now? | | BIB | 885-888 | |
| M. J. Singer; B. G. Witmer | |||
| Presence and Side Effects: Complementary or Contradictory? | | BIB | 889-892 | |
| J. R. Wilson; S. Nichols; C. Haldane | |||
| Circumventing Side Effects of Immersive Virtual Environments | | BIB | 893-896 | |
| P. DiZio; J. R. Lackner | |||
| Aftereffects of Virtual Environment Exposure: Psychometric Issues | | BIB | 897-900 | |
| R. S. Kennedy; K. M. Stanney | |||
| Design Concept Based on Real-Virtual-Intelligent User Interface and its Software Architecture | | BIB | 901-904 | |
| S. Tano; Y. Namba; H. Sakao; T. Tomita | |||
| Electronic Annotation Sheet | | BIB | 905-908 | |
| K. Kashiwagi; N. Urano | |||
| A Virtual Office Environment for Supporting Informal Communications and Securing Personal Space | | BIB | 909-912 | |
| S. Honda; T. Kimura; H. Tomioka; T. Oosawa | |||
| Getting a Grip: Touch Feedback with Binary Stimulators | | BIB | 913-916 | |
| A. Murray; K. Shimoga; R. Klatzky; P. Khosla | |||
| Stereopsis and Motion Parallax Cues in Virtual Reality Control Applications | | BIB | 917-920 | |
| J. C. Lane; D. L. Akin | |||
| Computing and Organizational Assessment in the Furniture Industry | | BIB | 921-924 | |
| E. N. Wiebe; J. E. Howe; J. Summey; J. J. Norton | |||
| Hybridization of Classical Documentary Techniques and Techniques of Three Dimensional Representation in Space: Dynamical Constitution of Virtual Scenes | | BIB | 925-928 | |
| J. Bacon; X. Soinard | |||
| Natural User Interfaces (NUI): A Case Study of a Video Based Interaction Technique for CAD Systems | | BIB | 929-932 | |
| M. Rauterberg; M. Bichsel; H. Krueger; M. Meier | |||
| Awareness Technology: Experiments with Abstract Representation | | BIB | 933-936 | |
| E. R. Pedersen; T. Sokoler | |||
| Manipulation Aid for Two-Handed 3-D Designing Within a Shared Virtual Environment | | BIB | 937-940 | |
| K. Kiyokawa; H. Takemura; N. Yokoya | |||
| Requirements and Design of the Information Pod Interface | | BIB | 941-944 | |
| M. R. Stytz; S. B. Banks; J. J. Kesterman; J. J. Rohrer | |||
| The Human-Machine Interface Challenges of Using Virtual Environment (VE) Displays Aboard Centrifuge Devices | | BIB | 945-948 | |
| B. D. Lawson; A. H. Rupert; F. E. Guedry; J. D. Grissett | |||
| A Real World Oriented Interface Technique Using Computer Vision | | BIB | 949-952 | |
| T. Ohashi; T. Yoshida; T. Ejima | |||
| HCI Issues About Immersive Modeling | | BIB | 953-956 | |
| K. Coninx; F. Van Reeth; E. Flerackers | |||
| Assisting Remote Instruction Using Copied Reality | | BIB | 957-960 | |
| H. Kuzuoka; T. Nakada | |||
| Texture Display for Tactile Sensation | | BIB | 961-964 | |
| Y. Ikei; K. Wakamatsu; S. Fukuda | |||
| Real-Time Numerical Simulation in Haptic Environment | | BIB | 965-968 | |
| T. Ogi; M. Hirose; H. Watanabe; N. Kakehi | |||
| Implementation of Elastic Object in Virtual Environment | | BIB | 969-972 | |
| K. Hirota; T. Kaneko | |||
| Operator Interaction with Visual Objects: Effect of System Latency | | BIB | 973-976 | |
| S. R. Ellis; F. Breant; B. M. Menges; R. H. Jacoby | |||
| Experiences with User Interactions in a CAVE[TM]-Like Projection Environment | | BIB | 977-980 | |
| R. Blach; A. Simon; O. Riedel | |||
| 3D-Rendering and the Eye: Aspects for Efficient Rendering Through Physiological and Anatomical Parameters of the Eye | | BIB | 981-984 | |
| O. H. Riedel | |||
| Barriers to Industrial Application of Virtual Environments | | BIB | 985-988 | |
| J. R. Wilson | |||
| Industrial Training Using Virtual Reality | | BIB | 989-992 | |
| C. J. Su; F. H. Lin; L. Ye; C. M. Finney | |||
| Issues for Integrating Virtual Teaming into the Organization | | BIB | 993-996 | |
| V. G. Duffy | |||
| Lag Compensation by Image Deflection and Prediction: A Review on the Potential Benefits to Virtual Training Applications for Manufacturing Industry | | BIB | 997-1000 | |
| R. H. Y. So | |||
| Data Input Devices and Application in Virtual Reality | | BIB | 1001-1004 | |
| H. Sun | |||
| Quantification of Human Performance in Extreme Environments | | BIB | 1005-1008 | |
| C. E. Lathan; D. J. Newman | |||
| Human Motor Strategies in Long Term Space Flights | | BIB | 1009-1012 | |
| A. Pedotti; G. Ferrigno; G. Baroni | |||