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Mastering HMI
Design and Optimize Human-Machine Interfaces for Seamless Operations
 
In the realm of industrial automation, Human-Machine Interfaces (HMIs) serve as the bridge between operators and complex systems. "Mastering HMI" is your definitive guide to unleashing the potential of these critical interfaces, empowering you to design, implement, and optimize interfaces that enhance efficiency, accuracy, and user experience.
 
About the Book:
 
As industries embrace automation and digitization, the role of HMIs becomes more crucial than ever. "Mastering HMI" offers a comprehensive exploration of HMI technology—an essential component of modern industrial control systems. This book caters to both newcomers and experienced professionals aiming to excel in HMI design, usability, and optimization.

Mastering HMI

£7.95Price

  • 1.Introduction to Human-Machine Interface (HMI)
    1.1.Understanding the Role of HMIs in Modern Systems
    1.2.Evolution of HMI Technology
    1.3.Overview of Chapters and Learning Objectives
    2.HMI Fundamentals
    2.1.Key Components of an Effective HMI
    2.2.Principles of User-Centered Design
    2.3.Role of Visualization in HMIs
    2.4.Interaction Paradigms and User Feedback
    3.HMI Design Principles
    3.1.Design Thinking for User-Centric HMIs
    3.2.Consistency and Standards in HMI Design
    3.3.Cognitive Load and Information Organization
    3.4.Typography, Color, and Iconography
    4.HMI Software and Tools
    4.1.Overview of HMI Software Platforms
    4.2.Drag-and-Drop Interface Design
    4.3.Animation and Dynamic Visualization
    4.4.Integration with Data Sources and Control Systems
    5.HMI Screen Layout and Navigation
    5.1.Effective Screen Layout Strategies
    5.2.Hierarchical Navigation and Menu Design
    5.3.Contextual Navigation and Shortcut Controls
    5.4.Creating Intuitive and Responsive User Flows
    6.Data Visualization Techniques
    6.1.Representing Real-Time Data
    6.2.Graphs, Charts, and Gauges
    6.3.Animating Data Changes for Improved Insights
    6.4.Visualizing Historical Data and Trends
    7.Interactive Controls and Widgets
    7.1.Buttons, Sliders, and Switches
    7.2.Input Fields and Numeric Entry
    7.3.Pop-ups and Dialog Boxes
    7.4.Custom Widgets and Advanced Interactivity
    8.Alarm Management and Notifications
    8.1.Designing Alarm Displays and Prioritization
    8.2.Audible and Visual Alarm Indications
    8.3.Alarm Acknowledgment and Escalation
    8.4.Notification Methods and Best Practices
    9.Multi-Platform HMI Design
    9.1.Designing HMIs for Various Devices (Desktop, Tablets, Mobile)
    9.2.Responsive Design and Scaling Techniques
    9.3.Touchscreen Interaction and Gestures
    9.4.Ensuring Consistency Across Platforms
    10.HMI and Cybersecurity
    10.1.Security Challenges in HMI Systems
    10.2.User Authentication and Access Control
    10.3.Protecting Sensitive Data and System Integrity
    10.4.Implementing Secure Remote Access
    11.HMI Performance Optimization
    11.1.Improving HMI Responsiveness and Speed
    11.2.Reducing Latency and Loading Times
    11.3.Efficient Use of Memory and Resources
    11.4.Profiling and Monitoring HMI Performance
    12.Advanced HMI Features
    12.1.Contextual Help and User Documentation
    12.2.Multi-Language Support and Localization
    12.3.Integration with Virtual Reality (VR) and Augmented Reality (AR)
    12.4.Integrating HMI with Artificial Intelligence (AI) Systems
    13.HMI in Industrial Applications
    13.1.HMI in Manufacturing and Process Industries
    13.2.Control Room Design and Ergonomics
    13.3.HMI in Oil and Gas, Energy, and Utilities
    13.4.HMI in Healthcare and Medical Devices
    14.HMI Testing and User Experience (UX) Evaluation
    14.1.Usability Testing and User Experience Evaluation
    14.2.Gathering User Feedback and Iterative Design
    14.3.A/B Testing for HMI Improvements
    14.4.Continuous Improvement of the User Experience
    15.Future Trends in HMI Technology
    15.1.Voice and Natural Language Interaction
    15.2.Gesture Recognition and Eye Tracking
    15.3.Haptic Feedback and Tactile Interfaces
    15.4.Personalization and Context-Aware HMIs
    16.Building a Comprehensive HMI Strategy
    16.1.Assessing User Needs and System Requirements
    16.2.Defining HMI Objectives and Goals
    16.3.Designing HMI Workflows and User Journeys
    16.4.Integration, Deployment, and Maintenance
    17.Conclusion
    17.1.Mastery of Human-Machine Interface Design and Implementation
    17.2.Recap of Key Concepts
    17.3.Pioneering the Future of HMI Technology
    About the author

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