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ASH-058 Engineering Psychology and Cognitive Ergonomics Volume I - Transportation Systems, Edited byDon Harris, Senior Research Fellow, Human Factors Engineering, Cranfield College of Aeronautics, UK. Don Harris, 1997, 480 pages 
Summary: Engineering Psychology and Cognitive Ergonomics Volume 5 - Transportation Systems- Fifth edition-
Published in association with Cranfield University. "This is a book on a major topic that should be widely welcomed by researchers in transportation systems. . . . the reader is brought up to date with recent rapid developments . . . all subjects covered expertly, succinctly and with up-to-date reference. . . . should make this book widely read and if it is, could have considerable beneficial effects." -- Air Traffic Control Association, USA. Engineering Psychology and Cognitive Ergonomics describes some of the most recent advances and examines emerging problems in engineering psychology and cognitive ergonomics, bridging the gap between the academic theoretitians, who are developing models of human performance and practitioners in the industrial sector, responsible for the design, development and testing of new equipment and working practices. Content: Acknowledgements; Preface; Part I: Cockpit interface design issues; Attentional issues with head-up displays, Christopher D. Wickens; A comparison of alternative helmet mounted flight control displays, Paul J. Fearnside, Steve J. Selconn, Eleanor C. Davy, Chris Drewery and Jane Campbell; An evaluation of attitude symbology for helmet-mounted displays, Eleanor C. Davy, Steve J. Selcon, Paul J. Fearnside,and Chris Drewery; Altimeter design in avionics: analogue versus digital?, Jan Noyes, Andrew Leggatt and Hermione Irwin; An evaluation of alternative launch  success zone formats in tactical pilot decision making, Alex W. Stedmon and Steve J. Selcon; Visual support for the control of unmanned platforms, J.E. Korteling, J.B.F. van Erp and B. Kappé; An evaluation of feedback requirements and cursor designs for virtual controls, Jo White, Steve J. Selcon, Alun Evans, Charles Parker and Jill Newman; Evaluation of a virtual interface for a cockpit procedures trainer, Georgina Fletcher; GPS = "got position sussed:" some challenges for engineering and cognitive psychology in the general aviation environment, Ross St. George and Mike Nendick; Design and evaluation of a 4D navigation display with direct manipulation, Ronald Verhoeven, Ynze van Houten and René Nibbelke; Error analysis as a means for user interface evaluation: a comparison of graphically interactive and traditional FMS user interfaces, Stephan Romahn and Dirk Schäfer; Practising what we preach, Hazel Courteney; A method of designing ergonomics for activity dynamics: an aeronautical example, Claude Valot, Jean-Yves Grau, Muriel Bomans, Sylvie Grand Perret and Thierry Gervais; A task analytic approach to human centred future flight deck design and evaluation, Mark R. Hicks; Memory load and task interference: hidden usability issues in speech interfaces, Malcolm J. Cook, Charles Cranmer, Robert Finan, Andy Sapeluk and Carol-Ann Milton; Human machine interactions with future flight deck and air traffic control systems, Peter G.A.M. Jorna; Part II: Air traffic control; Proposal for a cognitive model of en-route air traffic control, Helge Helbing; Situational awareness in air traffic control: human cognition and advanced technology, Anne R. Isaac; Dynamic decision aiding: the impact of adaptive automation on mental workload, Brian Hilburn; Cognitive complexity in management by exception: deriving early human factors requirements for an envisioned air traffic management world, Sidney W.A. Dekker; A cognitive model of expert behaviour in air traffic control task: enhanced speech recognition using situational knowledge, Dirk Schäfer; MAlvern Capacity Estimate (MACE) - a proposed cognitive measure for complex systems, Peter J. Goillau and Chris J. Kelly; Part III: Aviation psychology; The invariant that drives conflict detection, Kip C.S. Smith, Jeffrey E.K. Lewin and Peter A. Hancock; Effects of mild hypoxia on decision making: a signal-detection approach, Dianne C. McCarthy and Odette T. Miller; A microanalysis of age and pilot time-sharing performance, Pamela Tsang; Mental workload measurement structures, Herbert A. Colle and Gary B. Reid; Enhancing cardiovascular mental workload assessment in the field using autonomic principal components, Richard W. Backs and John K. Lenneman; Workload indices: physiological measures versus subjective ratings, Hans Veltman, Anthony Gaillard and Leo van Breda; Task-relating measures of workload and situation awareness, Susan E. Jensen; The development of an interactionist framework for operationalising situation awareness, Kathryn Dennehy and Carole D.B. Deighton; The role of situation assessment in the conduct of flight and in decision making, Carolyn Prince and Eduardo Salas; System operating skills, cognitive functions and situational awareness, Iain S. MacLeod; Physiological measures and data load: A direct measure of situation awareness?, Mark Newman and Andrew J. Tattersall; Human error in civil aircraft maintenance and dispatch: the basis of an error taxonomy, Sarah L. O'Connor and Thomas Hardiman; Conflicts of accountability in aviation accidents and incidents, Luaithrenn Ní Dhíomasaigh and John McCarthy; Simulation of emergency evacuation behaviour from aircraft, Helen C. Muir and Ann Cobbett; Part IV: Road user behaviour; What can be done versus what should be done: a critical evaluation of the transfer of human engineering solutions between application domains, Don Harris and Fiona J. Smith; Automotive automation: effects, problems and implications for driver mental workload, Mark S. Young and Neville A. Stanton; Underload and performance impairment: evidence from studies of stress and simulated driving, Gerald Matthews and Paula A. Desmond; Using Bayesian networks to model probabilistic inferences about the likelihood of traffic congestion, Marcus Plach; A framework for modelling driving knowledge, Thierry Bellet and Hélène Tattegrain-Veste; Investigation of a cognitive process when driving: how drivers cope with ambiguity and time pressure, Delphine Delorme and Claude Marin-Lamellet; Perceptual countermeasures to speed related accidents, Stuart T. Godley, Brian N. Fildes and Thomas J. Triggs; Improving drivers skill: can cross cultural data help?, Tay Wilson; Computer-based motorcycle training: the concept of motivational fidelity, Peter Brooks and John Arthur; Part V: Transportation pot pourri; Employing and extending human knowledge and processing capacities, Mark A. Neerincx; Automatic train control and the task of train drivers: the case of intermittent information transmission, Lisbeth Harms; A model of decision making and principles of aiding, John Campion, Richard Lane, George Brander and Eva Koritsas; Team operator modelling environment: theory, concept demonstrator and initial tests, Andrew Ramsay and John Campion; Workload judgements: self-assessment versus assessment of others, Andrew Leggatt and Jan Noyes; Speech recognition technology: implications for crew communication in armoured fighting vehicles, Andrew Leggatt and Jan Noyes. Engineering Psychology and Cognitive Ergonomics, Volume 2: Job Design and Product Design is also available. 
US$ 99.95
ASH-059 Engineering Psychology and Cognitive Ergonomics Volume II - Job Design and Product Design Systems. Edited by Don Harris 1997 480 pages
Summary: Engineering Psychology and Cognitive Ergonomics Volume 6 - Job Design and Product Design Systems sixth edition-
Published in association with Cranfield University. Engineering Psychology and Cognitive Ergonomics describes some of the most recent advances and examines emerging problems in engineering psychology and cognitive ergonomics, bridging the gap between the academic theoretitians, who are developing models of human performance, and practitioners in the industrial sector, responsible for the design, development and testing of new equipment and working practices. Content: Acknowledgements; Preface; Part I: Job design and analysis; Inventing the future: collaborative design of socio-technical systems, Ken Eason; CAFE OF EVE: action research in the control room, Neville Stanton, Melanie Ashleigh and Tony Gale; Applied cognitive task analysis (ACTA): a practitioner's window into skilled decision making, Robert J.B. Hutton and Laura G. Militello; Job design and integrated mail processing, Anne Bruseberg and Andrew Shepherd; A systems analysis of teamworking in control rooms: methodology considered, Melanie Ashleigh and Neville Stanton; Models of decision making in emergency management, Mats Danielsson and Kjell Ohlsson; Emergency decision making on offshore installations, Jan Skriver and Rhona Flin; Cognitive processing and risky behaviour in industrial radiography, Wendy J. Reece and Leroy J. Matthews; Modelling of human errors in cognitive processes observed in dynamic environments, Ken-ichi Takano and James Reason; Mental models of industrial jobs, David Chiasson; Part II: Learning and training; Effects of type of learning on control performance, Rainer H. Kluwe; Learning to control a coal-fired power plant: empirical results and a model, Dieter Wallach; Cognitive technology for knowledge and skill acquisition in engineering disciplines, Hitendra K. Pillay; Dynamic modelling of a learning system to aid system re-engineering, Nassereddin Eftekhar, Douglas R. Strong and Ostap Hawaleshka; Learning statistics: a high level cognitive skill, Tay Wilson; Perceptual learning in inspection tasks, Penny Roling, Paul Sowden, Ian Davies, Emre Özgen and Margaret Lawler; The operator's analysis of the structure of a multi-dimensional video image of a mosaic subject area given the effects of hidden regularities, Anna Molotova, Igor Schukin and Tatiana Ekonomova; Target recognition performance following whole-views, part-views, and both-views training, Sehchang Hah, Deborah A. Reisweber, Jose A. Picart and Harry Zwick; Part III: Medical ergonomics; Depth perception and indirect viewing: reflections on keyhole surgery, Anthony H. Reinhardt-Rutland, Judith M. Annett and Mervyn Gifford; Construction and validation of a model for decision making in anaesthesia, Philip M.A. de Graaf; Anaesthesiology and aviation: using the analogy, Carole D.B. Deighton and Wendy Morgan; Medical cognition and computer support in the intensive care unit: a cognitive engineering approach, Robert Logie, Jim Hunter, Neil McIntosh, Ken Gilhooly, Eugenio Alberdi and Jan Reiss; The patient-monitor system in intensive care: eliciting nurses' mental models, Amanda Gilbert; Part IV: Applied cognitive psychology; Audiovisual links in attention: implications for interface design, Charles Spence and Jon Driver; A parallel distributed processing model of redundant information integration, Matthew Jackson and Steven J. Selcon; The magical name Miller, plus or minus the umlaut, Derek J. Smith; A partial theory and engineering model of human information-seeking tasks, James R. Buck and Steven M. Zellers; Model-computer interaction: implementing the action perception loop for cognitive models, Gordon D. Baxter and Frank E. Ritter; Predicting transaction time for dual-tasks using critical path, Chris Baber and Brian Mellor; Engineering psychology: the hidden psychologist - a case study on the evaluation of Safer Cities programme using geographical information system, Ho Law; Rewritable routines in human interaction with public technology, Chris Baber and Neville Stanton; The function and effectiveness of dynamic task allocation, Andrew J. Tattersall and Catherine A. Morgan; Implicit memory: new procedures for cognitive load investigations in work situations, Patrice Terrier, Michel Neboit and Jean-Marie Collier; Duration estimates: a potentially useful tool for cognitive ergonomists, Alex R. Carmichael; Research on auditory comfort by EEG measurement, Min Cheol Whang, Ji Eun Kim and Chul Jung Kim; Head orientation and binaural depth perception, Peter J. Simpson and Keith J. Nation; The perception of spatial layout in telepresence systems, Andy Parton, Mark F. Bradshaw, Bart DeBruyn, Alison Wheeler, John Pretlove, Jörg Huber and Ian R.L. Davies; Validation: the best kept secret in Ergonomics!, Neville Stanton and Mark Young; Performance anxiety and coping strategies for musicians, Sture Brändström and Anna-Karin Gullberg; Fatigue risk assessment for safety critical staff, Deborah Lucas, Colin Mackay, Nicola Cowell and Andrew Livingstone; Part V: Product design and evaluation; Integrating requirements acquisition and user modelling: things users want, and things users do, Gordon Rugg and Ann Blandford; Knowledge needs analysis for complex systems, Philip J.A. Scown and Janice E. Whatley; Generating user requirements from discount usability evaluations, Hilary Johnson; "Satisficing" in engineering design: psychological determinants and implications for design support, Linden J. Ball, Thomas C. Ormerod and Louise Maskill; Modelling design processes of groups in industry: an empirical investigation of cooperative design work, Petra Badke-Schaub and Eckart Frankenberger; Styles of problem solving and their importance in mechanical engineering design, Renate Eisentraut; Psychology of pointing: factors affecting the use of mice and trackballs on graphical user interfaces, Chris Baber; Communicating human-computer interaction design intent: requirements for recycling throwaway prototypes, Carl Myhill and Peter Brooks; Metaphors in software engineering, Briony J. Oates and Helen Gavin; Hypertext, navigation and cognitive maps: the effects of a map and a contents list on navigation performance as a function of prior knowledge, Sharon McDonald and Rosemary J. Stevenson; Personal identification code composed of pictures or numbers?, Karl W. Sandberg and Yan Pan; Implementing user interface design standards for "mission critical" IT systems in telecommunications, Robert Pedlow; Script-based spatial user interface: an approach to supporting operators of process control systems, Ivan Burmistrov; Theories and interface design: designing interfaces with ecological and cognitive task analysis, Marcia Crosland and Eric Sparre; A cognitive psychological framework for the description and evaluation of interfaces, Torsten Heinbokel, Eric Leimann, Heinz Willumeit and Rainer H. Kluwe; The effectiveness of using combined mimic/emergent features and mimic/multilevel flow modelling displays in a pilot process control environment, Mark Gill and Enda F. Fallon; Using conversation to model interaction in the MATHS workstation, Carol Linehan and John McCarthy; Proposal for the development of an IT-infrastructure for the disabled person, Karl W. Sandberg; Application of human performance theory to virtual environment development, Richard Eastgate, Sarah Nichols and Mirabelle D'Cruz. Engineering Psychology and Cognitive Ergonomics, Volume 1: Transportation Systems is also available. Don Harris, Senior Research Fellow, Human Factors Engineering, Cranfield College of Aeronautics, UK.
US$ 99.95
ASH-060  Engineering Psychology and Cognitive Ergonomics
Volume III - Transportation Systems, Medical Ergonomics and Training
Edited by Don Harris 1999, 496 pages
Engineering Psychology and Cognitive Ergonomics Volume III - Transportation Systems, Medical Ergonomics and Training- This book is the third in the series and describes some of the most recent advances and examines emerging problems in engineering psychology and cognitive ergonomics. Engineering Psychology and Cognitive Ergonomics bridges the gap between the academic theoreticians, who are developing models of human performance, and practitioners in the industrial sector, responsible for the design, development and testing of new equipment and working practices. Content: Acknowledgements; Preface; Part One: Cockpit Design Issues: Realising the benefits of cognitive engineering in commercial aviation; Human factor regulation - from concept to reality; Towards a classification of state misinterpretation; Assessing error tolerance in flight management systems; The truth is out there: representing uncertainty in advanced navigation and situational awareness displays; An evaluation of weapon aiming symbology for HMDs and HUDs; The cognitive ecology of tunnel-in-the-sky displays; Attentional effects of superimposing flight instrument and tunnel-in-the-sky symbology on the world; The use of quality function deployment to analyse human factors requirements in civil flight deck design; Human centred design process in the Advanced Flight Deck Technology Project; A distributed cognitive perspective on civil aircraft failure management system design. Part Two: Air Traffic Control: Basic cognitive processes of air traffic controllers; A cognitive system model for en route air traffic management; Cognitive re-engineering of en route Air Traffic Control; Requirements for metrics of aircraft separation and sector capacity; Understanding the controller's picture within an ATM environment; Learning, training and technological innovation in air traffic control; The development of TRACEr: a technique for the retrospective analysis of cognitive errors in ATM; Evaluation of a context-sensitive speech recognition system in the air traffic control simulation. Part Three: Aviation Psychology: Analysis of the pilot's monitoring behaviour using decision trees; Cognitive compatibility for visual warnings in aviation; Extending the "irrelevant sound effect": the effects of extraneous speech on aviation-related tasks; The Simon effect and responses to aircraft dials; Situation awareness: what do we know now that the "buzz" has gone?; Situation awareness maintenance: an essential component for pilot activity; Team situation awareness; Predictors of pilot learning: control beliefs and achievement goal orientations; Training for the automated task: investigating expertise for modern flight decks; The effects of positive vertical acceleration on mental effort and performance during simulated aerobatics manoeuvres in a centrifuge; The effect of simulator motion on parameter training for F-16 pilots; A multi-dimensional scale to assess aircraft handling qualities. Part Four: Driver Behaviour: Pay attention, 007! How will future vehicle technology affect drivers of all skill levels?; Information needs and strategies of older drivers for navigation on unfamiliar routes: a methodological approach; Multiple resources and multimodal interface design; The design of in-car speech recognition interfaces for usability and user acceptance; Speed management: targeting the road, vehicle or driver?; Road traffic signs: how implicit category knowledge improves learning; Do seat-belts remain effective? A conditioning model and its implications; Driving the aftermath of collision-closed highways: road rage and advanced driver hints; Curve negotiation in the Leeds driving simulator: the role of driver experience; Visual information for driver control: a control theory analysis; The clocking process and time-to-contact estimation under different display conditions; Lights versus flags: a comparative study of signals to racing drivers. Part Five: Medical Ergonomics: Beyond haptic feedback: human factors and risk as design mediators in a virtual reality knee arthroscopy training system (SKATS); Decision support in the neonatal intensive care unit: expertise differences in the interpretation of monitored physiological data; Training in medical technology: a study of the in-house training system of nurses at intensive care units; A revised framework for the development of safer work with medical technology: comparing Swedish and Portuguese hospital work environments; Designing the user interface for an infusion pump: an example of cognitive engineering. Part Six: Training: Durable competence in procedural tasks through appropriate instruction and training; Training of troubleshooting: a structured approach; Modelling the training process: extending the verification and validation of training simulators into the human domain; An evaluation of the benefits of using a PC-based simulator for the training of operational command skills in the fire service; Brief Euler circle instruction as a practical aid for solving on-the-job logical problems. Engineering Psychology and Cognitive Ergonomics, Volume 4: Job design, product design and human-computer interaction is also available. Don Harris, Senior Research Fellow, Human Factors Engineering, Cranfield College of Aeronautics, UK.
US$ 104.95
ASH-061 Engineering Psychology and Cognitive Ergonomics
Volume IV - Job Design, Product Design and Human-Computer Interaction
Edited by Don Harris 1999, 512 pages
Engineering Psychology and Cognitive Ergonomics
Volume IV - Job Design, Product Design and Human-Computer Interaction

Edited by Don Harris

This book is the fourth in the series and describes some of the most recent advances and examines emerging problems in engineering psychology and cognitive ergonomics. Engineering Psychology and Cognitive Ergonomics bridges the gap between the academic theoreticians, who are developing models of human performance, and practitioners in the industrial sector, responsible for the design, development and testing of new equipment and working practices.

Contents: Acknowledgements; Preface; Part One: Job Design and Analysis: Modelling and simulation of human behaviour in process control: needs, perspectives and applications; Development of a framework for analysis of human error and disturbance occurrence in manufacturing systems; A systems analysis of team working in human supervisory control; Planning complex projects in organizations involves situated cognition; Studying the work of schedulers: how do they work, how can we know?; Estimating production potentials: expert bias in applied decision making; Testing Belbin's team role theory of effective group functioning: do mixed teams perform better than shaper teams?; Assessing the effects of location, media and task type on team performance; On the structure of working behaviour; Mental fatigue and task performance.

Part Two: Human-Computer Interaction: Cognitive ergonomics in the design and evaluation of web and other computing systems; Designing the paramedic protocol and patient reporting computer (P³CO); Haptic augmentation of virtual reality; The sensory conflict adaptation measure (SCAM): a tool for VE effects prediction and performance measurement; Readability of computer displays as a function of colour, saturation and background texture; A fast and easy psycho-physical procedure to adjust luminance and achromatic contrast in conventional video display terminals (VDT); Perspectives on a study of user understanding and perception of multimedia video; Individual and group commitment to computer mediated decisions; Psychological type and cognitive style as antecedents of computer attitudes; Design of user interfaces for non-European markets: a study of global demands; Finding out what users really think: using cognitive modelling to improve icon design; The Athena HCI assessment suite; Exploring the space of cognitive architectures: evaluating applications in HCI; BUILD-IT: a brick-based tool for direct interaction; Support of fault diagnosis during supervisory control by means of interface design.

Part Three: Applied Psychology: The psychodynamics of human-machine interaction; The element of trust: identifying key components of trust for HSC domains; The effect of auditory warning signals on visual target identification; Action-driven quantification of task-solving behaviour; The effects of combined stressors on the production of speech; The role of goals in shaping user interactions with speech systems; It's good to talk: stress effects on articulation onset time; Strategy choice when being mentally fatigued; Fitting the mental model: a new technique for computerized event recording; Evaluation of mental workload by using probe-tasks; Manipulation of attention within the somatosensory systems; The multimodal user model: cognitive processes in the integration of visual text and speech; Self-assessment and accuracy in verbal recognition; Using network theory to delineate multiple resource pools; Human cognition and information processing: potential problems for a field dependent sequential information processor.

Part Four: Product Design and Analysis: The theory of direct perception and the concept of affordances in specifying decision decision support systems; The human factors integration key issues tool; A survey of civil control room design; A framework for the study of the relationship between user and artefact; Usability evaluation of personal security codes based on portraits of human faces; Supporting the anticipation-feedback loop in user interface design; Man-machine simulator and its application to an operator support system; Utility analysis in cognitive ergonomics; System cognitive function specification: the next steps; A user-centred deployment methodology; Localizable auditory warnings: integral "where" and "what" components; Alerting, informing and localizable auditory warnings; A new approach to the design of multimodal warning signals; Common ground in interactive system design; An ecologically-valid study of categorization by designers; Sub-goal templates: a method for establishing information requirements in process plant.

Engineering Psychology and Cognitive Ergonomics, Volume 3: Transportation systems, medical ergonomics and training is also available. Don Harris, Senior Research Fellow, Human Factors Engineering, Cranfield College of Aeronautics, UK.

US$ 104.95 hardback
  
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