Humanufacturing -- Operator Decision Support in a CIM Environment | | BIBAK | 2-7 | |
Johan Stahre |
Social and Managerial Aspects of Group Work in Concurrent Engineering | | BIBA | 8-13 | |
T. Adachi; L. C. Shih; T. Enkawa |
Cooperation of Distributed Human Scheduler in Cellular Manufacturing Systems | | BIBA | 14-19 | |
Nobuto Nakamura |
A Prototyping and Development Environment for Graphical Interactive Telematic Applications | | BIBA | 20-25 | |
Franco Arcieri; Michelangelo Fossa; Enrico Nardelli |
Psychological Criteria for the Evaluation of Different Forms of Group Work in Advanced Manufacturing Systems | | BIBA | 26-31 | |
Wolfgang G. Weber; Eberhard Ulich |
Implementing Group Work in the Car Manufacturing Industry: The Foreman as a Focal Factor | | BIBA | 32-37 | |
F. C. Brodbeck; S. Remdisch |
Development and Evaluation of a Productivity Management System for Autonomous Work Groups in Advanced Manufacturing Systems | | BIBA | 38-43 | |
M. Przygodda; K.-H. Schmidt |
Autonomous Group Working within Integrated Manufacturing: A Longitudinal Investigation of Employee Role Orientations | | BIBA | 44-49 | |
Sharon K. Parker; Paul R. Jackson; Toby D. Wall |
A Blackboard Architecture for Human-Machine Interface in a Mining Teleoperation | | BIBA | 50-55 | |
C. A. Ntuen; E. H. Park; S. M. Kim |
Experiences in the Use and Implementation of Information Technology in the Printing Industry | | BIBA | 56-61 | |
P. Seppala; E. Tuominen |
Implementing Smart Manufacturing: Some Techniques for Designer/User Cooperation | | BIBA | 62-67 | |
R. J. Badham |
Managing the Human Factors that Affect Change in Manufacturing | | BIBA | 68-73 | |
Jeanenne La Marsh |
Anthropocentric Production Systems -- A European Response to the Challenges of Global Markets | | BIBA | 74-79 | |
Peter Brodner |
Workstation Designs for Reliability Centered Maintenance Decision Support | | BIBA | 80-85 | |
Donald G. MacGregor |
Interactive Support System for Maintenance and Repair: Diagnosis Strategies | | BIBA | 86-89 | |
B. Zimolong; U. Konradt |
Strategies and Training for Maintenance Personnel: Optimizing Fault Diagnosis Activities | | BIBA | 90-95 | |
Karlheinz Sonntag; Niclas Schaper |
Production Management Software Suitable for Group Work | | BIBA | 96-101 | |
K. Mertins; B. Schallock; M. Carbon |
Ergonomics in CAD Systems: A Brazilian Study of Case | | BIBA | 102-107 | |
Luiza Helena; Boueri Rebello; Eduardo Romeiro Filho |
Operator Behavior and Supervisory Control Systems in the Chemical Process Industry | | BIBA | 109-114 | |
H. C. M. Hoonhout; H. J. G. Zwaga |
Analysis and Support of Fault Diagnosis Strategies | | BIBA | 115-120 | |
J. A. Brinkman; T. W. van der Schaaf |
How to Survive Process Control Automation: A Case Study of Integral User Participation | | BIBA | 121-126 | |
Loek A. A. Bollen; Tjerk W. van der Schaaf |
Developing Process Control Systems: Procedural Requirements in Design | | BIBA | 127-132 | |
H. J. G. Zwaga |
A Tool Set for the Verification and Early Validation of a Control Room Computer-Based Display System for Sizewell 'B' Nuclear Power Station | | BIBA | 133-138 | |
P. D. Hollywell; E. M. Hickling |
Managing Complexity: Display Design in Process Control | | BIBA | 139-144 | |
Gina L. Lawton; David L. Morrison; Peter L. Lee |
Human Factors Implications of Air Traffic Control Automation | | BIBA | 145-150 | |
V. David Hopkin |
HCI in Multi-Crew Aircraft | | BIBA | 151-156 | |
Jennifer L. Dyck; David W. Abbott; John A. Wise |
HCI in Space Systems | | BIBA | 157-160 | |
F. E. Mount |
Developing an Electronic International Network for Space Communication | | BIBA | 161-166 | |
E. M. Hinman-Sweeney |
Situational and Informational Constraints Affecting Communications with 1-1000 Second Transmission Delays | | BIBA | 167-172 | |
Barrett S. Caldwell |
Telemanipulation: Master-Controller Design Issues | | BIBA | 173-178 | |
S. F. Wiker |
Human-Computer Interaction Issues Involved with Geographic Information Systems | | BIBA | 179-184 | |
S. E. Chrisman; K. O'Brien; B. Beberness; F. Mount |
The Effect of Automated Intelligent Advisors on Human Decision Making in Monitoring Complex Mechanical Systems | | BIBA | 185-190 | |
K. O'Brien; E. M. Feldman; F. Mount |
Remote Coaching Multimedia Research Laboratory Development and Evaluation | | BIBA | 191-195 | |
Richard F. Haines; Sherry L. Chuang |
Ergonomics and VDT Design for Space Environments | | BIBA | 196-200 | |
Joseph P., II Hale |
Cognitive Model of Human-Computer Interface (HCI) Onboard Space Station Freedom (SSF) | | BIBA | 201-206 | |
J. M. Loman; D. J. Bennett; C. Rogers |
Virtual Reality for Improved Human-Computer Interaction in Robotics and Medicine | | BIBA | 207-212 | |
H.-J. Warnecke; T. Flaig; M. Wapler |
Testing the Human Computer Interface for the Telerobotic Assembly of the Space Station | | BIBA | 213-218 | |
Daniel T. Wick; Nagy M. Shehad; Ankur R. Hajare |
Operational Complexity of Controlling Space Vehicles | | BIBA | 219-224 | |
Alex Vankov; Yuri Glazkov; Alex Rudchenko; Alex Vislotsky |
A Model of Expressive Machines and its Application to Human-Robot Interaction | | BIBA | 225-230 | |
Chihiro Ono; Yoshinobu Yamamoto; Yuichiro Anzai |
The Active Interface for Human-Robot Interaction | | BIBA | 231-236 | |
Takanori Okada; Yoshinobu Yamamoto; Yuichiro Anzai |
FRECS: Interface System for Human-Robot Cooperation | | BIBA | 237-242 | |
Y. Nakauchi; M. Sato; Y. Yamamoto; Y. Anzai |
Constraint Processing in Human-Computer Interaction with an Emphasis on Intelligent CAD | | BIBA | 243-248 | |
W. Hower; M. Rosendahl; R. Berling |
Parallel Modeling: Addressing the Issues of Creative Designing in CAD Environments | | BIBAK | 249-254 | |
A. R. Lehane; D. K. Wright; E. B. Lambourne |
A Method of Communication Between CAD and VR Interfaces | | BIBA | 255-260 | |
Michio Miwa; Miwa Fukino; Masao Kato; Takamasa Oyama |
Elecpapen: An Integrated and Intelligent User Interface System for CAD | | BIBA | 261-266 | |
Zhou Zhong Yu; Eng Wah Lee; Robert Gay; Jia Ye Wang; Din Yuan Liu |
AUCA: A Tool for Presentation and Analysis of Simulation Results | | BIBA | 267-272 | |
Erdmuthe Meyer zu Bexten; Dietmar Heinen; Claudio Moraga |
Automation of Work in Dangerous Environments -- Symposium Summary | | BIBA | 273-277 | |
Thomas J. Smith |
Teleoperation of Heavy Equipment: Individual and Environmental Correlates of Operator Performance | | BIBA | 278-282 | |
T. M. Cook |
Automation in Military Aircraft | | BIBA | 283-288 | |
John M. Reising; Terry J. Emerson; Robert C. Munns |
Operator Interaction with Unmanned Ground Vehicles (UGV) (With Limited Data Transmission) | | BIBA | 289-294 | |
Thomas W. Haduch |
Remote Operations in the Hazardous Environment of Space | | BIBA | 295-300 | |
M. A. Stuart; C. E. Sampaio; R. C. Hendrich; T. F. Fleming; A. J. Legendre |
Current Status of Development and Use of Tethered and Autonomous Underwater Vehicles and the Potential for Further Automation | | BIBA | 301-306 | |
James R. McFarlane |
Automation of Mobile Equipment in Mining: A Human Factors Perspective | | BIBA | 307-312 | |
Christopher M. Keran; Robert F. Randolph; Thomas J. Smith |
Quantitative Usability Evaluation -- The ESPRIT MUSiC Project | | BIBAK | 313-318 | |
M. Corbett; M. Macleod; M. Kelly |
User-Driven Software Development: Translator's Workbench -- An Exemplar Case Study | | BIBA | 319-324 | |
K. Ahmad; P. Holmes-Higgin; M. Rogers; M. Hoge; K. Le Hong; C. Huwig; R. Kese; R. Mayer |
The Hyperface/Interactors User Interface Development Environment | | BIBA | 325-330 | |
P. Ferrara; C. Luparia; E. Penna; R. Polillo |
Modelling Users, Systems and Design Spaces (Esprit Basic Research Action 3066) | | BIBA | 331-336 | |
Philip J. Barnard |
JESSI -- Common-Framework JCF -- An Open Framework for Integrated CAx-Environments | | BIBA | 337-342 | |
B. Steinmuller |