APA Handbook of Human Systems Integration: APA Handbooks in Psychology (R) Series

Editorial Board

About the Editors-in-Chief

Contributors

Reviewers

Series Preface

Introduction

I. Definition and HistorySection 1: Definitions of Human Systems Integration

1. A View of Human Systems Integration From the Academy
   Francis T. Durso, Deborah A. Boehm-Davis, and John D. Lee
2. Systems Engineering Perspective on Human Systems Integration
   Dennis J. Folds
3. Human Systems Integration in the Military
   Michael Drillings, Beverly Knapp, and Nita Lewis Shattuck
4. Case Studies
   Deborah A. Boehm-Davis and Nancy J. Cooke

Section 2: Perspectives on Human Systems Integration

1. Human Systems Integration Requirements Analysis
   Mica R. Endsley
2. Specifying System Requirements Using Cognitive Work Analysis
   Neville A. Stanton and Rich C. McIlroy
3. Applications of Systems Engineering for Testing and Evaluation: A Human Systems Integration Perspective
   Tareq Ahram, Waldemar Karwowski, and Christianne Falcão

II. Considerations Affecting Human Systems PerformanceSection 1: Physical and Physiological Considerations

1. Anthropometry in Human Systems Integration
   Bruce Bradtmiller
2. Digital Modeling of Physical Constraints
   D. Reuben Haupt and Matthew B. Parkinson
3. Strength, Endurance, and Movement
   Tyson Grier, Bradley C. Nindl, and Bruce H. Jones
4. Neuroergonomic Perspectives on Human Systems Integration: Mental Workload, Vigilance, Adaptive Automation, and Training
   Raja Parasuraman
5. Integration of Sleep Need and Fatigue Mitigation Into Human Systems Operation
   Takashi Abe, Namni Goel, Mathias Basner, Daniel Mollicone, Hengyi Rao, and David F. Dinges
6. Environmental Conditions and Physical Stressors
   Elizabeth S. Redden and Gabriella Brick Larkin
7. Slips and Falls
   Thurmon Lockhart

Section 2: Perceptual and Cognitive Considerations

1. Basics of Sensation and Perception With an Eye Toward Application
   Patricia R. DeLucia and Samuel J. Levulis
2. Auditory Perception
   Carryl L. Baldwin
3. Attention and Multitasking
   Roger W. Remington and Shayne Loft
4. Workload
   Chris Wickens and Pamela S. Tsang
5. Situation Awareness in Human Systems Integration
   Kim-Phuong L. Vu and Dan Chiappe
6. Decision Making and Human Systems Integration
   Ann M. Bisantz and Emilie M. Roth
7. Augmented Cognition
   Kay Stanney, Brent Winslow, Kelly Hale, and Dylan Schmorrow
8. Human Performance Modeling
   Michael D. Byrne

Section 3: System-Level Constraints

1. Political and Social Considerations in Human Systems Integration
   Raymond S. Nickerson
2. The Economics of Human Systems Integration
   William B. Rouse

III. Applying Considerations Affecting Performance to DesignSection 1: Displays and Controls

1. Visuospatial Displays: Design Problems and Principles
   C. Melody Carswell and Will Seidelman
2. Enhancing Creative Problem Solving Through Visual Display Design
   Kevin B. Bennett, John M. Flach, Timothy R. McEwen, and Olivia Fox
3. Multisensory Information Processing
   Charles Spence and Cristy Ho
4. Automation
   Thomas B. Sheridan

Section 2: Personnel

1. The Manpower Determination Process
   Daniel F. Wallace, James J. McTigue, and Laurie J. Van Buskirk
2. Personnel Selection: A Primer
   Daniel B. Shore, Zitong Sheng, Jose M. Cortina, and Maya Yankelevich Garza
3. The Training Process: Using the Science Each Step of the Way
   Rebecca Grossman, James Oglesby, and Eduardo Salas
4. Motivation
   Jeffrey B. Vancouver
5. The Implications of Aging for Human Systems Integration
   Daniel G. Morrow and Sara J. Czaja

Section 3: Teams and Organizations

1. Teams, Teamwork, and Team Effectiveness: Implications for Human Systems Integration
   Steve W. J. Kozlowski, James A. Grand, Samantha K. Baard, and Marina Pearce
2. Organizational Design: Macroergonomics as a Foundation for Human Systems Integration
   Pascale Carayon, Sarah Kianfar, Yaqiong Li, and Abigail Wooldridge
3. Organizational Culture
   Mark Fleming and Frank Guldenmund

Index

This is a practical tool for both students and professionals who need specific knowledge about human considerations in systems design. It is intended to sensitize readers to basic design issues, enhance their understanding of the influence of these issues, and guide them in appropriately combining human performance with a system's numerous interacting components.