Derived from the conference submissions for the 2012 AHFE conference, this volume focuses on types of human-modeled technology. Topics include digital human model types, 3D scanning, human patterns in terms of physiological and psychological interactions, including human algorithms that aim to model human forms, interactions, and dynamics. It also covers validation of digital human modes and the exploration of future of human models. This book is for Human factors and ergonomics engineers, cognitive engineers, human computer interaction engineers, human performance modeling engineers, and students in related fields.
Sprache
Verlagsort
Verlagsgruppe
Zielgruppe
Für Beruf und Forschung
Ergonomics & human factors engineers, cognitive and human computer interaction engineers, human performance modeling engineers, and computer scientists.
Illustrationen
246 s/w Abbildungen
246 b/w images
Dateigröße
ISBN-13
978-1-4398-7032-7 (9781439870327)
Copyright in bibliographic data and cover images is held by Nielsen Book Services Limited or by the publishers or by their respective licensors: all rights reserved.
Schweitzer Klassifikation
Section I: Human Model Fidelity and Sensitivity; Chapter 1: Human Modeling and Simulation with High Biofidelity; Chapter 2: Sensitivity Analysis of Achieving a Reach Task Considering Joint Angle and Link Length Variability; Chapter 3: Probabilistic and Simulation-Based Methods for Study of Slips, Trips, and Falls-State of the Art; Chapter 4: Helmet Risk Assesment for Top and Side Impact in Construction Sectors; Chapter 5: Stochastic Optimization Applications for Robotics and Human Modeling; Section II: Problem Solving Applications; Chapter 6: Service Management System Based on Computational Customer Models Using Large-scale Log Data of Chain Stores; Chapter 7: Development of Database on Daily Living Activities for Realistic Biomechanical Simulation; Chapter 8: Social System Design Using Models of Social and Human Mind Networks-CVCA, WCA and Bayesian Network Modeling; Chapter 9: Promotion of Social Participation among the Elderly based on Happiness Structure Analysis using the Extended ICF; Chapter 10: Barcode Scanning Data Acquisition Systems in Temporary Housing Area to Support Victim Community; Section III: Problem Solving Applications; Chapter 11: Analysis of the Effect of an Information Processing Task on Goal-directed Arm Movements; Chapter 12: Cognitive and Affective Modeling in Intelligent Virtual Humans for Training and Tutoring Applications; Chapter 13: Intelligent Agents and Serious Games for the Development of Contextual Sensitivity; Chapter 14: Outdoor A ugmented Reality for Adaptive Mental Model Support; Section IV: Human Surface Scan, Data Processing and Shape Modeling; Chapter 15: Topology Free Automated Landmark Detection; Chapter 16: Geometric Analysis of 3D Torso Scans for Personal Protection Applications; Chapter 17: Shape Description of the Human Body Based on Discrete Cosine Transform; Section V: Student Models in Adaptive Modern Instructional Settings; Chapter 18: Personalized Refresher Training Based on a Model of Competency Acquisition and Decay; Chapter 19: Modeling Student Arguments in Research Reports; Chapter 20: Modeling Student Behaviors in an Open-ended Learning Environment; Chapter 21: Detailed Modeling of Student Knowledge in a Simulation Context; Chapter 22: Framework for Instructional Technology; Section VI: Advances in Modeling for User Centered Design; Chapter 23: Assessment of Manikin Motions in IMMA; Chapter 24: The Use of Volumetric Projection in Digital Human Modelling Software for the Identification of Category N 3 Vehicle Blind Spots; Chapter 25: The Use of DHM Based Volumetric View Assessments in the Evaluation of Car A-Pillar Obscuration; Chapter 26: Using Ergonomic Criteria to Adaptively Define Test Manikins for Design Problems; Chapter 27: Automatic Fitting of a 3D Character to a Computer Manikin; Chapter 28: Comparison of Algorithms for Automatic Creation of Virtual Manikin Motions; Chapter 29: An Algorithm for Shoe- Last Bottom Flattening; Section VII: Validation for Human Interaction in Various Consumer, Ground Transport and Space Vehicle Applications; Chapter 30: Occupant Calibration and Validation Methods; Chapter 31: Model for Predicting the Performance of Planetary Suit Hip Bearing Designs; Chapter 32: Integration of Strength Models with Optimization-Based Posture Prediction; Chapter 33: Effects of Changes in Waist of Last on the High-heeled In-shoe Plantar Pressure Distribution; Chapter 34: Fingertips Deformation under Static Forces: Analysis and Experiments; Chapter 35: The Arch Analysis with 3D Foot Model Under Different Weight-loading; Chapter 36: Multi-Scale Human Modeling for Injury Prevention; Chapter 37: Comparative Ergonomic Evaluation of Spacesuit and Space Vehicle Design; Chapter 38: Evaluation of the Enlarging Method with Haptic Using Multi-touch Interface; Chapter 39: Reconstruction of Skin Surface Models for Individual Subjects; Chapter 40: Effects of High Heel Shape on Gait Dynamics and Comfort Perception; Section VIII: Cognitive and Social Aspects: Modeling, Monitoring, Decision and Response; Chapter 41: Affective LED Lighting Color Schemes Based on Product Type; Chapter 42: Human Activity and Social Simulation; Chapter 43: Effects of the Order of Contents in the Voice Guidance When Operating Machine; Chapter 44: Framing the Socio-cultural Context to Aid Course of Action Generation for Counterinsurgency; Chapter 45: The vmStrat Domain Specific Language; Chapter 46: Decision Support System for Generating Optimal Sized and Shaped Tool Handles; Chapter 47: Ergonomic Work Analysis Applied to Chemical Laboratories on an Oil and Gas Research Center; Chapter 48: Evaluation of the Map for the Evacuation in Disaster Using PDA Based on the Model of the Evacuation Behavior; Section IX: New Methods and Modeling in Future Applications; Chapter 49: Diagrammatic User Interfaces; Chapter 50: A Study on Effect of Coloration Balance on Operation Efficiency and Accuracy, based on Visual Attractiveness of Color; Chapter 51: The Integration of Ethnography and Movement Analysis in Disabled Workplace Development; Chapter 52: Multi-Source Community Pulse Dashboard; Chapter 53: Development of a 3-D Kinematic Model for Analysis of Ergonomic Risk for Rotator Cuff Injury in Aircraft Mechanics; Chapter 54: Analysis of a Procedural System for Automatic Scenario Generation; Chapter 55: Motion Synthesizer Platform for Moving Manikins; Chapter 56: Human Engineering Modeling and Performance: Capturing Humans and Opportunities
