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Advances in Human Factors and Ergonomics 2017; Preface; Contents; Interface Design and Usability Evaluation; What Does the Eye Want? An Investigation of Interface Parameters to Ensure Intuitive Gaze-Controlled ...; Abstract; 1 Introduction; 2 Significance of Design Parameters for Gaze-Controlled Interfaces; 2.1 State of the Field of Gaze Control; 2.2 Inclusion of Graphical User Interface Fundamental in the Design Process of Gaze-Controlled-Machines; 3 Synthesis for Categorization of Relevant Design Parameter; 4 Prospect: The Concept of Utilizing the Adaptivity for Gaze-Controlled Interactions
2 Field Study3 Investigation into the Behavior of Reading the Tactile Map; 4 Solving the Problem: Alternative Design; 5 Usability Experiment; 5.1 Analysis of Reading Behavior Through Mechanism; 5.2 Analyzing Hand's Movement; 5.3 Analysis of Walking Behavior; 6 Conclusion; References; Usability Evaluation on Learning Management System; Abstract; 1 Introduction; 2 Methodology; 2.1 Participants; 2.2 Apparatus; 2.3 Tasks; 2.4 Measurement; 2.4.1 Usability Attributes; 2.4.2 After-Scenario Questionnaire; 2.4.3 Post-Study System Usability Questionnaire; 2.5 Test Procedure; 3 Results
3.1 Usability Attributes3.2 Defining Design Problems; 4 Discussion and Conclusion; Acknowledgments; References; User-Centered Design and Human Computer Interaction; Not Ready for Industry 4.0: Usability of CAx Systems; Abstract; 1 Introduction; 2 Related Work; 3 Methods; 4 Results; 4.1 General Usability Problems; 4.2 CAx System-Specific Usability Problems and Challenges; 4.2.1 Requirements of the Production Planning Process; 4.2.2 Growing Complexity of Parameters and Functions; 4.2.3 Industry- and Client-Specific Requirements; 4.2.4 System Supplier-Specific Design Decisions
4.2.5 User Type and Practices5 Discussion; References; User-Centered Design in U.S Air Force Additive Manufacturing; Case Studies on Tools, Jigs, and Topology Optimization; Abstract; 1 Introduction; 2 Background; 2.1 Additive Manufacturing Applications in the U.S. Armed Forces; 2.2 Additive Manufacturing and Topology Optimization; 3 User Centered Design; 3.1 Spiral Design Method; 3.2 Case Studies; 4 Conclusions of Research; 5 Significance of Research; References
2 Field Study3 Investigation into the Behavior of Reading the Tactile Map; 4 Solving the Problem: Alternative Design; 5 Usability Experiment; 5.1 Analysis of Reading Behavior Through Mechanism; 5.2 Analyzing Hand's Movement; 5.3 Analysis of Walking Behavior; 6 Conclusion; References; Usability Evaluation on Learning Management System; Abstract; 1 Introduction; 2 Methodology; 2.1 Participants; 2.2 Apparatus; 2.3 Tasks; 2.4 Measurement; 2.4.1 Usability Attributes; 2.4.2 After-Scenario Questionnaire; 2.4.3 Post-Study System Usability Questionnaire; 2.5 Test Procedure; 3 Results
3.1 Usability Attributes3.2 Defining Design Problems; 4 Discussion and Conclusion; Acknowledgments; References; User-Centered Design and Human Computer Interaction; Not Ready for Industry 4.0: Usability of CAx Systems; Abstract; 1 Introduction; 2 Related Work; 3 Methods; 4 Results; 4.1 General Usability Problems; 4.2 CAx System-Specific Usability Problems and Challenges; 4.2.1 Requirements of the Production Planning Process; 4.2.2 Growing Complexity of Parameters and Functions; 4.2.3 Industry- and Client-Specific Requirements; 4.2.4 System Supplier-Specific Design Decisions
4.2.5 User Type and Practices5 Discussion; References; User-Centered Design in U.S Air Force Additive Manufacturing; Case Studies on Tools, Jigs, and Topology Optimization; Abstract; 1 Introduction; 2 Background; 2.1 Additive Manufacturing Applications in the U.S. Armed Forces; 2.2 Additive Manufacturing and Topology Optimization; 3 User Centered Design; 3.1 Spiral Design Method; 3.2 Case Studies; 4 Conclusions of Research; 5 Significance of Research; References