| Age and implementation of new information technology in banking tasks | | BIB | 3-5 | |
| P. Huuhtanen; T. Ristimaki; T. Leino | |||
| Implementation of information technology in call centers | | BIB | 6-10 | |
| T. Ristimaki; T. Leino; P. Huuhtanen | |||
| Computer usability problems and psychological well-being | | BIB | 11-14 | |
| T. Leino; T. Ristimaki; P. Huuhtanen | |||
| Electronic document handling - a longitudinal study on the effects on physical and psychosocial work environment | | BIB | 15-18 | |
| C. Aborg | |||
| Ergonomics in VDU work: a randomized controlled trial | | BIB | 19-22 | |
| R. Ketola; M. Hakkanen; M. Toivonen; E.-P. Takala; E. Viikari-Juntura | |||
| Supporting the forearm and wrist during mouse and keybord work. A field study | | BIB | 23-26 | |
| E. Kylmaaho; S. Rauas; R. Ketola; E. Viikari-Juntura | |||
| Assessment of dose-response relationship between VDU work and discomfort | | BIB | 27-30 | |
| R. Toivonen; E.-P. Takala | |||
| A pragmatic and inclusive approach to assess health and safety aspects at VDU workplaces | | BIB | 31-35 | |
| H. Weber | |||
| The comparison of preferred settings between PC and CAD workstation | | BIB | 36-40 | |
| W. Hsu; M. Wang | |||
| Visual and lighting conditions for VDU workers | | BIB | 41-45 | |
| H.-H. Bjorset; A. Aaras; G. Horgen | |||
| Optometric examination and correction of VDU workers | | BIB | 46-50 | |
| G. Horgen; A. Aaras | |||
| Can a more neutral position and support of the forearms at the table top reduce pain for VDU operators. Laboratory and field studies | | BIB | 51-55 | |
| A. Aaras; O. Ro; G. Horgen | |||
| Variation of sitting posture in work with VDU's. The effect of downward gaze | | BIB | 56-60 | |
| K. I. Fostervold; I. Lie | |||
| Health improvements among VDU workers after reduction of the airborne dust in the office. - Three Double-blind intervention studies | | BIB | 61-64 | |
| K. Skyberg; K. Skulberg; E. Wijnand; A. I. Vistnes; F. Levy; P. Djupesland | |||
| Indoor foliage plants reduce mucous membrane and neuropsychological discomfort among office workers | | BIB | 65-68 | |
| K. B. Veiersted; T. Fjeld | |||
| Difference in the ANS activity between gaze angles while seated | | BIB | 69-73 | |
| K. Suzuki; D. R. Ankrum | |||
| Study of adaptive input system for telecommunication terminal - evaluation of discriminant which controls computer key-input - | | BIB | 74-78 | |
| S. Kitakaze; Y. Arifuku; T. Imaoka; S. Fukuzumi | |||
| Study on stress management - relationship among body sway, eye accomodation and mental fatigue by VDT work - | | BIB | 79-83 | |
| S. Fukuzumi; T. Yamazaki | |||
| Influences of ergo-meter work load stimulated fluctuations in CFF values of circadian rhythm on VDU work load related central nerve fatigue | | BIB | 84-88 | |
| M. Takeda; K. Satoru | |||
| Performance and muscle load among young and elderly | | BIB | 89-92 | |
| B. Laursen; B. R. Jensen; A. Ratkevicius | |||
| Forearm muscular fatigue during four hours of intensive computer mouse work - relation to age | | BIB | 93-96 | |
| B. R. Jensen; B. Laursen; A. Ratkevicius | |||
| Mental workload in IT work: combining cognitive and physiological perspectives | | BIB | 97-101 | |
| A. H. Jorgensen; A. H. Garde; B. Laursen; B. R. Jensen | |||
| Investigation of the use of non-keybord input devices (NKID) | | BIB | 102-105 | |
| P. Buckle; R. A. Haslam; V. Woods; S. Hastings | |||
| Fatigue and muscle activity in fast repetitive finger movements | | BIB | 106-110 | |
| T. Laubli; M. Schnoz; J. Weiss; H. Krueger | |||
| Quality of information in internet as an information security basis | | BIB | 111-115 | |
| T. Grinchenko | |||
| Authoring tools for internet publishing | | BIB | 116-119 | |
| M. V. Olenin; T. Grinchenko | |||
| Psychophysiological effect of the information technologies on users and a psychophysiological approach for its detection | | BIB | 120-123 | |
| A. Burov | |||
| Psychological aspects of the organisation of the distance learning | | BIB | 124-128 | |
| S. S. Azarov; O. V. Makyeyev | |||
| Psychological, ethic, and social peculiarities of using new information technologies | | BIB | 129-132 | |
| V. M. Bondarovskaia; A. A. Stognyi | |||
| The comfort evaluation of VR in vibration and slopes environment | | BIB | 133-136 | |
| C.-H. Chen; M. Lin; D. Chen; H.-T. Wu | |||
| The maintenance of habituation to virtual simulation sickness | | BIB | 137-141 | |
| P. A. Howarth; K. J. Hill | |||
| Virtual reality induced symptoms and effects (VRISE) in four different virtual reality display conditions | | BIB | 142-146 | |
| A. Ramsey; S. Nichols; S. Cobb | |||
| An investigation into predictive modeling of VE sickness | | BIB | 147-151 | |
| E. M. Kolasinski; R. D. Gilson | |||
| The search for a cybersickness dose value | | BIB | 152-156 | |
| R. H. Y. So | |||
| Keyboard tactile feedback and its effect on keying force applied | | BIB | 157-161 | |
| D. A. Thompson | |||
| An alternative keyboard for typists with carpal tunnel syndrome | | BIB | 162-166 | |
| P. J. McAlindon; F. G. Jentsch | |||
| Effect of menstrual cycle on monotonous works demand high awaking conditions | | BIB | 167-172 | |
| K. Kasamatsu; M. Anse; M. Funada; K. Idogawa; S. P. Ninomija | |||
| IT-quality and employees ability to cope, and how age affect subjective IT-quality | | BIB | 173-177 | |
| L. A. Solberg | |||
| Factors associated with the experience of stress and well-being in computer-based office work | | BIB | 178-183 | |
| P. Seppala | |||
| Visual strain and eye disorders in display uses | | BIB | 184-186 | |
| V. Kovalenko | |||
| VDT use and its relation to job stress in various sectors of industry in Finland: qualitative differences | | BIB | 187-192 | |
| K. Lindstrom; V. Hottinen | |||
| The physiological measurement of user comfort levels: an evaluation experiment for comparing three types of CRTs | | BIB | 193-196 | |
| S. Chen; Y. Machi; X. Ren; H. Kim | |||
| Coping with psychophysiological stress during multi-tasking in human-computer interaction | | BIB | 197-200 | |
| W. Boucsein; F. Schafer | |||
| How to determine optimal system response times in interactive computer tasks | | BIB | 201-204 | |
| O. Kohlisch | |||
| Office ergonomic interventions | | BIB | 205-212 | |
| M. Robertson | |||
| Extension of the ideaboard for educational applications | | BIB | 213-217 | |
| T. Sakurada; H. Bandoh; M. Nakagawa | |||
| Pointing accuracy with mobile pen-based devices for on-the-move applications | | BIB | 218-222 | |
| Y. K. Leung; C. Pilgrim; K. Mouzakis | |||
| OCR-oriented automatic document orientation correcting technique for mobile image scanners | | BIB | 223-227 | |
| K. Sakai; T. Noda | |||
| An easy internet browsing system with sophisticated human interface using 3-D graphics | | BIB | 228-232 | |
| K. Machii; S. Matsuo; Y. Atarashi; S. Kojima; M. Yaezawa; K. Koga; Y. Nakatsuka; K. Katsura | |||
| User adaptation of the pen-based user interface by reinforcement learning | | BIB | 233-237 | |
| S. Tano; M. Tsukiyama | |||
| FRONTIER: an application of a pen based interface to an ITS for guiding fraction calculation | | BIB | 238-242 | |
| K. Watanabe; T. Yamaguchi; H. Egashira; J. Ito; Y. Okazaki; H. Kondo; M. Okamoto; T. Yoshikawa | |||
| A paper based user interface for editing documents | | BIB | 243-246 | |
| Y. Maeda; M. Nakagawa | |||
| Interface using video captured images | | BIB | 247-250 | |
| Y. Shibuya; H. Tamura | |||
| Design of interface for operational support of an experimental accelerator with adaptability to user preference and skill level | | BIB | 251-255 | |
| M. Takahashi; Y. Kuramochi; S. Matsuyama; M. Fujisawa; M. Kitamura | |||
| Improving the usability of user interfaces by supporting the anticipation feedback loop | | BIB | 256-260 | |
| M. Plach; D. Wallach | |||
| User modelling in a GUI | | BIB | 261-265 | |
| M. Virvou; A. Stavrianou | |||
| Using a painting metaphor to rate large numbers of objects | | BIB | 266-270 | |
| P. Baudisch | |||
| IconStickers: converting computer icons into real paper icons | | BIB | 271-275 | |
| I. Siio; Y. Mima | |||
| Designing interactive music systems: a pattern approach | | BIB | 276-280 | |
| J. O. Borchers | |||
| Dextrous interaction with computer animations using vision-based gesture interface | | BIB | 281-285 | |
| J. Segen; S. Kumar | |||
| Perceptual Intelligence: learning gestures and words for individualized, adaptive interfaces | | BIB | 286-290 | |
| A. Pentland; D. Roy; C. Wren | |||
| Let your hands talk - gestures as a means of interaction | | BIB | 291-295 | |
| J. Machate; S. Schroter | |||
| The ARGUS-architecture for global computer vision-based interaction and its application in domestic enviroments | | BIB | 296-300 | |
| M. Kohler; S. Schroter; H. Muller | |||
| Virtual touchscreen - a novel user interface made of light - principles, metaphors and experiences | | BIB | 301-305 | |
| C. Maggioni; H. Rottger | |||
| Use of fuzzy logic in an adaptive interface meant for teleoperation | | BIB | 306-310 | |
| F. Vienne; A. M. Jolly-Desodt; D. Jolly | |||
| Specifications of human-machine interfaces for helping cooperation in human organizations | | BIB | 311-315 | |
| E. Adam | |||
| Work-oriented IT tool design for dynamic business processes and organization structures | | BIB | 316-320 | |
| M. Wolber | |||
| About the role of intelligent assistants in the control of safety-critical systems | | BIB | 321-325 | |
| G. A. Boy | |||
| Multi-agent systems for adaptive multi-user interactive system design: some issues of research | | BIB | 326-330 | |
| A. Peninou; E. Grislin-Le Strugeon; C. Kolski | |||
| Adaptive generation of graphical information presentations in a heterogeneous telecooperation environment | | BIB | 331-335 | |
| T. Rist; M. Huther | |||
| Combining user and usage modelling for user-adaptivity systems | | BIB | 336-340 | |
| A. Nikov; W. Pohl | |||
| A graphical user interface shifting from novice to expert | | BIB | 341-345 | |
| M. Oka; M. Nagata | |||
| Athena: an user-centered adaptive interface | | BIB | 346-350 | |
| S. De ASiebra; G. L. Ramalho | |||
| A control structure for adaptive interactive systems | | BIB | 351-356 | |
| A. Nikov; T. Georgiev; H.-G. Lindner | |||
| Harnessing new dimensions for creating informed interfaces | | BIB | 357-361 | |
| C. Farrell; R. Alfonso; F. Tillman | |||
| The effects of representational bias on collaborative inquiry | | BIB | 362-366 | |
| D.-D. Suthers | |||
| Redesign of distributed computer-mediated collaboration systems | | BIB | 367-371 | |
| R. M. Vick | |||
| Hypermedia enhancement of a print-based constructivist science textbook | | BIB | 372-375 | |
| T. W. Speitel; M. Iding; E. B. Klemm | |||
| A picture is worth more than two lines | | BIB | 376-380 | |
| C. Sophian; M. E. Crosby | |||
| Information gathering from hypermedia databases | | BIB | 381-386 | |
| J. C. Nordbotten | |||
| Gender and Computer Expertise | | BIB | 387-391 | |
| L. King | |||
| Calculation of totally optimized button configurations using fitts' law | | BIB | 392-396 | |
| A. Schmitt; P. Oel | |||
| 3-D input device using a ball rotation interface | | BIB | 397-401 | |
| T. Takahashi; M. Kuzuya | |||
| Pointing devices for industrial use | | BIB | 402-406 | |
| D. Zuhlke; L. Krauss | |||
| Man-machine interaction using eye movement | | BIB | 407-411 | |
| K. Kohzuki; T. Nishiki; A. Tsubokura; M. Ueno; S. Harima; K. Tsushima | |||
| Relationship between size of icons and mouse operating force with complex actions during pointing tasks | | BIB | 412-415 | |
| K. Kotani; K. Horii | |||
| User-friendly by making the interface graspable | | BIB | 416-420 | |
| F. A. Voorhorst; H. Kruger | |||
| Influence of delay time in remote camera control | | BIB | 421-425 | |
| K. Takada; H. Tamura; Y. Shibuya | |||
| Creativity and usability engineering for next generation of human computer interaction | | BIB | 426-430 | |
| E. Averboukh; R. Miles; R. Schoeffel | |||
| Creativity and usability concepts in designing human computer interaction for management of complex dynamic systems | | BIB | 431-435 | |
| M. Kitamura | |||
| The effect of auditory accessory stimuli on picture categorisation; implications for interface design | | BIB | 436-440 | |
| M. Bussemakers; A. De Haan; P. M. C. Lemmens | |||
| A new method to synthesize Japanese sign language based on intuitive motion primitives | | BIB | 441-445 | |
| S. Lu; H. Sakato; T. Uezono; S. Igi | |||
| Empirical data on the use of speech and gestures in a multimodal human-computer environment | | BIB | 446-450 | |
| N. Carbonell; P. Dauchy | |||
| A multimedia system to collect, manage and search in narrative productions | | BIB | 451-455 | |
| G. Spinelli | |||
| Multimedia: the effect of picture, voice & text for the learning of concepts and principles | | BIB | 456-460 | |
| S. Guttormsen Schar; J. Kaiser; H. Krueger | |||
| Design of multimodal feedback mechanisms for interactive 3D object manipulation | | BIB | 461-465 | |
| R. Steffan; T. Kuhlen; F. Broicher | |||
| A distributed system for device diagnostics utilizing augmented reality, 3D audio, and speech recognition | | BIB | 466-470 | |
| V. Sundareswaran; R. Behringer; S. Chen; K. Wang | |||
| On the visual quality of still images and of low-motion talking head digital videos | | BIB | 471-475 | |
| P. J. Haubner | |||
| Spatio-temporal perspectives: a new way for cognitive enhancement | | BIB | 476-480 | |
| A. Goppold | |||
| A study on how depth perception is affected by different presentation of 3D objects | | BIB | 481-485 | |
| H. Sun; K. W. Chen; P. A. Heng | |||
| Color balance in color placement support systems for visualization | | BIB | 486-490 | |
| E. Cooper; K. Kamei | |||
| Cognitive architectures - a theoretical foundation for HCI | | BIB | 491-495 | |
| D. Wallach; M. Plach | |||
| Computer-based screening of the visual system | | BIB | 496-500 | |
| A. Hoffmann; M. Menozzi | |||
| Studies on classification of similar trademarks corresponding to human visual cognitive sense | | BIB | 501-505 | |
| T. Kanda; H. Nagashima | |||
| Defending and offending cultures | | BIB | 506-510 | |
| N. Aykin | |||
| Another software for another society? | | BIB | 511-515 | |
| A. L. Chavan | |||
| You don't have to be Jewish to design bagel.com, but it helps... and other matters | | BIB | 516-520 | |
| A. Marcus; J. Armitage; V. Frank; E. Guttman | |||
| GUI design preference validation for Japan and China - a case for KANSEI engineering? | | BIB | 521-525 | |
| G. Prabhu; D. Harel | |||
| Isomorphic sonification of spatial relations | | BIB | 526-530 | |
| A. D. N. Edwards; G. E. Evreinov; A. V. Agranovski | |||
| Virtual tactile maps | | BIB | 531-535 | |
| J. Schneider; T. Strothotte | |||
| Design of tactile graphics | | BIB | 536-539 | |
| M. Lange | |||
| Deriving tactile images from paper-based documents | | BIB | 540-544 | |
| T. Puck; G. Weber | |||
| Evaluating stress in the development of speech interface technology | | BIB | 545-549 | |
| A. W. Stedmon; C. Baber | |||
| Integrated recognition and interpretation of speech for a construction task domain | | BIB | 550-554 | |
| H. Brandt-Pook; G. A. Fink; S. Wachsmuth; G. Sagerer | |||
| Exploring the learnability of structured earcons | | BIB | 555-559 | |
| E. Pramana; Y. K. Leung | |||
| Repeats, reformulations, and emotional speech: evidence for the design of human-computer speech interfaces | | BIB | 560-565 | |
| K. Fischer | |||
| Task-oriented and speech-supported user interfaces in production technology | | BIB | 566-570 | |
| R. Daude; H. Hoymann; M. Weck | |||
| Compatibility problems in e-commerce interfaces | | BIB | 571-575 | |
| H. Henn; T. Stober | |||
| Customer segmentation and interface design | | BIB | 576-579 | |
| H. Schedl; H. Penzkofer; H. Schmalholz | |||
| User-side web page customization | | BIB | 580-584 | |
| Y. Aoki; A. Nakajima | |||
| A direct manipulation user interface for a telerobot on the internet | | BIB | 585-589 | |
| P. F. Elzer; H. Friz; R. Behnke | |||
| A new concept for designing internet learning applications for students of electrical engineering | | BIB | 590-594 | |
| D. Thissen; B. Scherff | |||
| Design strategy for an HTML administration and management user interface | | BIB | 595-599 | |
| T. Wolff | |||
| A visual approach to internet application development | | BIB | 600-606 | |
| M. Mosconi; M. Porta | |||
| Systematic design of human-computer-interfaces as relational semiotic systems | | BIB | 607-611 | |
| R. Haller | |||
| A wandering photographer | | BIB | 612-615 | |
| O. Endemann | |||
| Multidimensional orientation systems in virtual space on the basis of Finder | | BIB | 616-620 | |
| P. Zerweck | |||
| Development of an interface for computing and analyzing multidimensional perceptual space | | BIB | 621-625 | |
| L. L. Chen; J.-W. Lin | |||
| Interface issues in everyday products | | BIB | 626-630 | |
| H. Ginnow-Merkert | |||
| Cognition and learning in distributed design environments: experimental studies and human-computer interfaces | | BIB | 631-635 | |
| F. Cheng; Y.-H. Yen; H. Hoehn | |||
| Adaptable GUIs based on the componentware technique | | BIB | 636-640 | |
| S. Schreiber-Ehle | |||
| An approach for the complementary model to improve supervisory system | | BIB | 641-645 | |
| C.-H. Wang; T.-D. Lin | |||
| An experimental study of user interface in a data management system | | BIB | 646-650 | |
| J. Chen; S.-L. Hwang | |||
| Combined metric for user interface design and evaluation | | BIB | 651-655 | |
| A. Smith; L. Dunckley | |||
| User-interface design for online transactions: planet SABRE air-travel booking | | BIB | 656-660 | |
| A. Marcus; J. Armitage; V. Frank; E. Guttman | |||
| Interface design factors for shared multicultural interfaces | | BIB | 661-665 | |
| A. Smith; L. Dunckley | |||
| Combining knowledge acquisition with user centred design | | BIB | 666-670 | |
| H. I. Myrhaug; N. B. Moe; O. M. Winnem | |||
| Aesthetic design - just an add on? | | BIB | 671-675 | |
| M. Burmester; A. Platz; U. Rudolph; B. Wild | |||
| Keep cool: the value of affective computer interfaces in a rational world | | BIB | 676-680 | |
| E. Hollnagel | |||
| Affect-adaptive user interface | | BIB | 681-685 | |
| E. Hudlicka; J. Billingsley | |||
| Measurement in synthetic task environments for teams: a methodological typology | | BIB | 686-690 | |
| M. D. Coovert; L. Elliott; L. L. Foster; J. P. Craiger; D. Riddle | |||
| Countermeasures against stress: dynamic cognitive induction | | BIB | 691-695 | |
| R. P. Mahan; C. J. Marino; L. Elliott; E. Haarbauer; P. T. Dunwoody | |||
| The social psychology of intelligent machines: a research agenda revisited | | BIB | 696-700 | |
| A. R. Wellens; M. D. McNeese | |||
| Matrix evaluation method for planned usability improvements based on customer feedback | | BIB | 701-705 | |
| K. Baumann | |||
| Will baby faces ever grow up? | | BIB | 706-709 | |
| L. E. Holmquist | |||
| Small interfaces - a blind spot of the academical HCI community? | | BIB | 710-714 | |
| K. Kuutti | |||
| Good things in small packages: user-interface design for baby faces in devices and appliances for Y2K and beyond | | BIB | 715-719 | |
| A. Marcus; J. Armitage; V. Frank; E. Guttman | |||
| An integrated CAI/CAD system for graphic design | | BIB | 720-724 | |
| R. Lin; Y.-Y. Kang | |||
| Cultural differences in icon recognition | | BIB | 725-729 | |
| R. Lin | |||
| Synthesizing ideal product shapes by image morphing | | BIB | 730-734 | |
| L. L. Chen; S. H. Yan; J. W. Lin | |||
| WWW interface design for computerized service supporting system | | BIB | 735-739 | |
| T.-H. Liu; S.-L. Hwang; J.-C. Wang | |||
| A study on tactile interfaces as an aid to home electronic appliance operation for the visually impaired | | BIB | 740-744 | |
| W.-Z. Chen; W.-K. Chiou | |||
| An ergonomic design of EMG signal controlled HCI for stroke patients | | BIB | 745-749 | |
| W.-K. Chiou; M.-K. Wong | |||
| A comparison of multi-modal combination modes for the map system | | BIB | 750-754 | |
| G. Zhang; X. Ren; G. Dai | |||
| Multimodal human-computer communication in technical applications | | BIB | 755-759 | |
| H. Hienz; J. Marrenbach; R. Steffan; S. Akyol | |||
| Extracting baby-boomers' future expectations by the evaluation grid method through e-mail | | BIB | 760-763 | |
| J. Sanui; M. Ujigawa | |||
| Genetic algorythm (GA) as a means of ambiguous decision support by AHP | | BIB | 764-768 | |
| N. Matsuda | |||
| Cyber-messe: an operational prototype model | | BIB | 769-773 | |
| T. Tsunoda | |||
| The web crusade part 1: motives for creating personal web pages by individuals | | BIB | 774-777 | |
| G. Maruyama | |||
| The web crusade part 2: creating a web page design map | | BIB | 778-782 | |
| M. Ujigawa | |||
| The effects of facial expression on understanding Japanese sign language animation | | BIB | 783-787 | |
| S. Kawano; T. Kurokawa | |||
| Small group CSCW using web recources: a case study | | BIB | 788-792 | |
| T. K. Chuan | |||
| Testing videophone graphical symbols in Southeast Asia | | BIB | 793-797 | |
| T. Piamonte; J. Abeysekera; K. Ohlsson | |||
| An empirical evaluation of videophone symbols: an international study | | BIB | 798-802 | |
| T. Piamonte; K. Ohlsson; J. Abeysekera | |||
| Connecting culture, user characteristics and user interface design | | BIB | 803-807 | |
| T. A. Plocher; C. Garg; J. Chestnut | |||
| Challenges in designing user interfaces for handheld communication devices: - a case study | | BIB | 808-812 | |
| T. Po; K. Tan | |||
| Design methodology of Chinese user interface lessons from Windows 95/98 | | BIB | 813-817 | |
| J. Wang; D. Fu; Z. Jin; S. Li | |||
| The emotion mouse | | BIB | 818-823 | |
| W. Ark; C. E. Dryer; D. J. Lu | |||
| Smiling through: motivation at the user interface | | BIB | 824-828 | |
| N. Millard; L. Hole; S. Crowle | |||
| Affective computing for HCI | | BIB | 829-833 | |
| R. W. Picard | |||
| Computer assisted education with cognitive and biological feedback loops | | BIB | 834-837 | |
| E. Sokolov | |||
| What emotions are necessary for HCI? | | BIB | 838-842 | |
| D. Canamero | |||
| Affective computing: medical applications | | BIB | 843-850 | |
| R. N. Smith; W. J. Frawley | |||
| Asynchronous and distance communication over digital networks | | BIB | 851-855 | |
| E. S. Biagioni | |||
| Investigating user comprehension of complex multi-user interfaces | | BIB | 856-860 | |
| M. E. Crosby; D. N. Chin | |||
| An extendible architecture for the integration of eye tracking and user interaction events of Java programs with complex user interfaces | | BIB | 861-865 | |
| J. Stelovsky | |||
| Evolutionary approach to revolutionary use of software diagrams in client-designer communication | | BIB | 866-870 | |
| K. Takeda | |||
| Project leap: addressing measurement dysfunction in review | | BIB | 871-874 | |
| C. Moore | |||
| Between the situation of simulation and the situation of reference: the operators' representations | | BIB | 875-879 | |
| A. Van Daele; D. Coffyn | |||
| From field to simulator and microworld studies: the ecological validity of research | | BIB | 880-884 | |
| A. Loiselet; J.-M. Hoc; P. Denecker | |||
| The temporal structure of a dynamic environment in a microworld experiment | | BIB | 885-889 | |
| O. Carreras; H. Eyrolle | |||
| Training simulators in anesthesia: towards a hierarchy of learning situations | | BIB | 890-894 | |
| A.-S. Nyssen | |||
| A new integrated support environment for requirements analysis of user interface development | | BIB | 895-899 | |
| Y. Tokuda; T. Murakami; Y. Tanaka; E. S. Lee | |||
| A method for extracting requirements that a user interface prototype contains | | BIB | 900-904 | |
| A. Ravid; D. M. Berry | |||
| Documentation of prototypes in terms of use scenarios: nice to have or indispensable? | | BIB | 905-908 | |
| W. Dzida; R. Freitag | |||
| Design patterns: bridges between application domain and software labs | | BIB | 909-912 | |
| P. W. Fach | |||
| Specification of the user interface: state of the art in real projects | | BIB | 913-917 | |
| F. Strauss | |||
| Cooperative development: underspecification in external representations and software usability | | BIB | 918-922 | |
| E. O'Neill | |||
| Effects of the Internet marketplace on the usability practice | | BIB | 923-927 | |
| M. Itoh | |||
| Method to build good usability: task analysis and user interface design using operation flowcharts | | BIB | 928-932 | |
| H. Urokohara | |||
| QUIS: applying a new walkthrough method to a product design process | | BIB | 933-937 | |
| S. Suzuki; A. Kaneko; K. Ohmura | |||
| A comparative study of sHEM (structured heuristic evaluation method) | | BIB | 938-942 | |
| M. Kurosu; M. Sugizaki; S. Matsuura | |||
| 3D Visualization of plant parameters and its evaluation | | BIB | 943-947 | |
| T. Sano; Y. Nakatani; A. Sugimoto | |||
| Simulation-based human interface evaluation for maintenance facilities | | BIB | 948-952 | |
| S. Matsuo; T. Nakagawa; Y. Nakatani; T. Ohi | |||
| Sensory evaluation method for determining portable information terminal requirements for nursing care applications | | BIB | 953-957 | |
| N. Hosono; H. Inoue; Y. Tomita | |||
| Quality control and the usability evaluation | | BIB | 958-962 | |
| H. Imai; A. Irie; H. Mayuzumi | |||
| Evaluation of taste for colours on motorcycle | | BIB | 963-967 | |
| M. Sugizaki | |||
| Proposal and evaluation of user interface for personal digital assistants | | BIB | 968-972 | |
| N. Masui; T. Okazaki; Y. Tonomura | |||
| Software tool for the use of human factors engineering guidelines to conduct control room evaluations | | BIB | 973-977 | |
| J. M. O'Hara; W. S. Brown | |||
| Embedding HCI guideline input to iterative user interface development | | BIB | 978-982 | |
| C. Stephanidis; D. Grammenos; D. Akoumianakis | |||
| Completing human factor guidelines by interactive examples | | BIB | 983-987 | |
| H. Wandke; J. Huttner | |||
| A petri nets based method for specification and automatic generation of user interface | | BIB | 988-992 | |
| F. Moussa; M. Riahi; M. Moalla; C. Kolski | |||
| An approach to improve design and usability of user interfaces for supervision systems by using human factors | | BIB | 993-997 | |
| E. Furtado | |||
| Automated generation of an on-line guidelines repository | | BIB | 998-1002 | |
| J. Vanderdonckt | |||
| Mental effort and evaluation of user-interfaces: a questionnaire approach | | BIB | 1003-1007 | |
| A. G. Arnold | |||
| User satisfaction measurement methodolgies: extending the user satisfaction questionnaire | | BIB | 1008-1012 | |
| G. Hollemans | |||
| WorkLAB - an interactive interface evaluation approach | | BIB | 1013-1017 | |
| R. Baggen; R. Wieland | |||
| IsoMetrics: an usability inventory supporting summative and formative evaluation of software systems | | BIB | 1018-1022 | |
| G. Gediga; K.-C. Hamborg | |||
| Tradeoffs in the design of the IBM computer usability satisfaction questionnaires | | BIB | 1023-1027 | |
| J. R. Lewis | |||
| Test it: ISONORM 9241/10 | | BIB | 1028-1032 | |
| J. Prumper | |||
| Task modelling for database interface development | | BIB | 1033-1037 | |
| T. Griffiths; N. W. Paton; C. A. Goble; A. J. West | |||
| An extensible architecture to support the structuring and the efficient exploitation of ergonomic rules | | BIB | 1038-1042 | |
| C. Farenc; P. Palanque | |||
| Assisting designers in developing interactive business oriented applications | | BIB | 1043-1047 | |
| J. Vanderdonckt | |||
| Human-centered model-based interface development | | BIB | 1048-1052 | |
| A. R. Puerta | |||
| Testing the usability of visual languages: a web-based methodology | | BIB | 1053-1057 | |
| M. Mosconi; M. Porta | |||
| The user action framework: a theory-based foundation for inspection and classification of usability problems | | BIB | 1058-1062 | |
| H. R. Hartson; T. S. Andre; R. C. Williges; L. Van Rens | |||
| The evaluator effect during first-time use of the cognitive walkthrough technique | | BIB | 1063-1067 | |
| M. Hertzum; N. E. Jacobsen | |||
| A process for appraising commercial usability evaluation methods | | BIB | 1068-1072 | |
| R. Fitzpatrick; A. Dix | |||
| From usability to actability | | BIB | 1073-1077 | |
| S. Cronholm; P. J. Agerfalk; G. Goldkuhl | |||
| Consequences of computer breakdowns on time usage | | BIB | 1078-1082 | |
| A. Coltekin; M. Vartiainen; M. I. Koc | |||
| Why extending ERP software with multi-user interfaces? | | BIB | 1083-1087 | |
| R. J. Van den Berg; I. M. Breedvelt-Schouten | |||
| Modelling multi-user tasks | | BIB | 1088-1092 | |
| F. Paterno; G. Ballardin; C. Mancini | |||
| Architecture for multi-user interfaces | | BIB | 1093-1097 | |
| I. M. Breedvelt-Schouten | |||
| Towards usable browse hierarchies for the web | | BIB | 1098-1102 | |
| K. Risden | |||
| Research methods for next generation HCI | | BIB | 1103-1107 | |
| M. Czerwinski | |||
| Remote usability testing through the internet | | BIB | 1108-1113 | |
| B. Chen; M. Mitsock; J. Coronado; G. Salvendy | |||
| Software tools for collection and analysis of observational data | | BIB | 1114-1118 | |
| L. Noldus; A. Kwint; W. ten Hove; R. Derix | |||
| The use of eye tracking for human-computer interaction research and usability testing | | BIB | 1119-1122 | |
| W. Teiwes; M. Bachofer; G. Edwards; S. Marshall; E. Schmidt; W. Teiwes | |||
| Mobile and stationary usability labs: technical issues, trends and perspectives | | BIB | 1123-1127 | |
| R. Johnson; E. Connolly | |||
| Automatic operation logging and usability validation | | BIB | 1128-1136 | |
| A. Harel | |||
| User interface design in the post-PC Era | | BIB | 1137-1142 | |
| M. F. Mohageg | |||
| Vehicle-navigation user-interface design: lessons for consumer devices | | BIB | 1143-1147 | |
| A. Marcus; J. Armitage; V. Frank; E. Guttman | |||
| The design of Microsoft Windows CE | | BIB | 1148-1152 | |
| S. Zuberec | |||
| Inattentive use: a new design concept | | BIB | 1153-1157 | |
| G. Stroem | |||
| 200,000,000,000 call records - now what do we do? | | BIB | 1158-1161 | |
| R. S. Hansen; R. K. Stone | |||
| Who is the designer? - The B-VOR process of participatory design | | BIB | 1162-1166 | |
| J. Held; H. Krueger | |||
| Legacy interface migration: a task-centered approach | | BIB | 1167-1171 | |
| L. Kong; E. Stroulia; B. Matichuk | |||
| FormGen: a generator for adaptive forms based on easyGui | | BIB | 1172-1176 | |
| A. Brandl; G. Klein | |||
| Exploiting knowledge in large industrial companies: a combined approach to information retrieval from legacy databases | | BIB | 1177-1181 | |
| M. Atkinson; O. M. Winnem | |||
| Distributed expert system for interactive reasoning and evaluation | | BIB | 1182-1188 | |
| C. A. Ntuen; E. Park | |||
| Role concept in software development | | BIB | 1189-1193 | |
| S. Frings; A. Weisbecker | |||
| Acquiring tasks: a better way than asking? | | BIB | 1194-1198 | |
| M. Cierjacks | |||
| Tasks and situations: considerations for models and design principles in human computer interaction | | BIB | 1199-1204 | |
| P. Johnson | |||
| Developing scenario-based requirements and testing them for minimum quality | | BIB | 1205-1208 | |
| W. Dzida | |||
| The symbiosis of scenarios and prototypes in usability requirements engineering | | BIB | 1209-1212 | |
| R. Freitag | |||
| Application-oriented software development for supporting cooperative work | | BIB | 1213-1217 | |
| H. Zullighoven; G. Gryczan; A. Krabbel; I. Wetzel | |||
| Internationalization and localization of the web sites | | BIB | 1218-1222 | |
| N. Aykin | |||
| Trends in future web designs | | BIB | 1223-1226 | |
| M. Czerwinski | |||
| User-interface development: Lessons for the future from two past projects | | BIB | 1227-1231 | |
| A. Marcus; J. Armitage; V. Frank; E. Guttman | |||
| Cross-cultural usability engineering: development and state of the art | | BIB | 1232-1236 | |
| P. Honold | |||
| Communicating entities: a semiotic-based methodology for interface design | | BIB | 1237-1241 | |
| O. L. De Oliveira; M. C. Baranauskas | |||
| Discovering latent relationships among ideas: a methodology for facilitating new idea creation | | BIB | 1242-1246 | |
| Y. Kinoe; H. Mori | |||
| From focus group to functional specification - a linguistic approach to the transfer of knowledge | | BIB | 1247-1251 | |
| C. Knapheide | |||
| Designing interactions through meaning | | BIB | 1252-1256 | |
| M. Imaz | |||
| Towards complex object oriented analysis and design | | BIB | 1257-1261 | |
| L. Kuzniarz; M. Piasecki | |||
| Intelligent objects in human-computer interaction | | BIB | 1262-1267 | |
| C. Ntuen; K. Hanspal | |||
| The role of external memory in a complex task: effects of device and memory restrictions on program generation | | BIB | 1268-1272 | |
| S. P. Davies | |||
| Expertise in computer programming: exploring commonalities between code comprehension and generation activities | | BIB | 1273-1277 | |
| S. P. Davies | |||
| Active vs. passive systems for automatic program diagnosis | | BIB | 1278-1282 | |
| H. A. Ramadhan | |||
| Improving the engineering of immediate feedback for model-tracing based program diagnosis | | BIB | 1283-1287 | |
| H. A. Ramadhan | |||
| HandsOn: dynamic interface presentations by example | | BIB | 1288-1292 | |
| P. Castells; P. Szekely | |||
| Audiotest: Utilising audio to communicate information in program debugging | | BIB | 1293-1297 | |
| D. I. Rigas; M. A. R. Kirby; D. O'Connel | |||
| A flow-chart based learning system for computer programming | | BIB | 1298-1302 | |
| K. H. Huang; K. Wang; S. Y. Chiu | |||
| Automatic construction of intelligent diagrammatic environments | | BIB | 1303-1307 | |
| B. Meyer; H. Zweckstetter; L. Mandel; Z. Gassmann | |||
| Integrating perspectives for UI design | | BIB | 1308-1312 | |
| C. Stary | |||
| The task of integrating perspectives: lessons learnt from evaluation | | BIB | 1313-1317 | |
| A. Totter | |||
| The role of task driven design for the integration of perspectives | | BIB | 1318-1321 | |
| C. Serfaty | |||
| How software engineers deal with task models | | BIB | 1322-1326 | |
| P. Forbrig | |||
| Bringing the social perspective: user centred design | | BIB | 1327-1331 | |
| J. Gulliksen | |||
| Prosody and user acceptance of TTS | | BIB | 1332-1336 | |
| K. H. Richardson | |||
| Benefits of internationalizing software and successful on-demand multilingual web publishing | | BIB | 1337-1340 | |
| T. Perinotti | |||