logo资料库

The High Performance HMI Handbook.pdf

发布时间：2022-06-01 发布人：admin 分类：说明书 资料大小：5.71M 资料格式：pdf 举报 版权申诉
第1页 / 共249页
第2页 / 共249页
第3页 / 共249页
第4页 / 共249页
第5页 / 共249页
第6页 / 共249页
第7页 / 共249页
第8页 / 共249页
资料共249页，剩余部分请下载后查看
    Cover Page
    Half Title
    Title Page
    Copyright
    Dedication
    Acknowledgements
    Table of Contents
    Detailed Table of Contents
    Illustrations
    Foreword
    PART I: The History and Current Status of the Industrial HMI
    Chapter 1: Introduction
    1.1: Why This Book Was Written
    1.2: Is This Book for You?
    1.3: A Word of Warning!
    Chapter 2: The State of Industrial HMIs and Operator Graphics
    2.1: In the Beginning – the Control Panel
    2.2: The Arrival of the Distributed Control System
    2.3: Early and Current HMIs
    2.4: HMI-Related Problems Arise
    2.5: How Did This Happen?
    2.6: The Answer to the Problem
    2.7: Conclusion
    Chapter 3: The Justification for HMI Change
    Chapter 4: HMI Best Practices – A Managerial Overview
    4.1: Bring Back the Big Picture
    4.2: Create Hierarchical, Scenario-Based Displays to Improve Situation Awareness and Response
    4.3: Redesign Displays to Emphasize the Most Important Information
    4.4: Employ Proper Control Room and Physical Console Design
    4.5: Minimize Distractions in the Control Room
    4.6: Seven Steps for Creating a High Performance HMI
    PART II: Fundamentals of HMI Design and Best Practices
    Chapter 5: Assessing HMI Performance
    5.1: HMI Evaluation Methodology
    5.2: A Failing Grade: “F”
    5.3: Not Quite Failing – a “D”
    5.4: Still Not Good Enough – a “C”
    5.5: Finally – a “B”
    5.6: All Right! An “A”
    5.7: Periodic Reassessment
    Chapter 6: The Development of a High Performance HMI Philosophy and Style Guide
    6.1: A First Principle: Users of HMIs
    6.2: The HMI Philosophy Document and Style Guide – Overview
    6.3: Purpose and Use of a High Performance HMI Philosophy Document
    6.4: Development of a High Performance HMI Philosophy Document
    6.5: HMI Style Guides
    6.6: HMI Objects and Object Libraries
    Chapter 7: Basic Principles for High Performance HMIs
    7.1: Overview
    7.2: The Process Pictorial – An Overused, Low-Performance Paradigm
    7.3: Recognizing Good and Bad Graphics at a Glance:
    7.4: Data is Not Information!
    7.5: Analog is Often Better
    7.6: Moving Analog Indicators
    7.7: Other Analog Depiction
    7.8: The Importance of Trends
    7.9: Proper Implementation of Trends
    7.10: General Considerations for Displays
    7.11: Use of Color
    7.12: Standards and Color Conflict
    7.13: Depicting Lines, Vessels, and Static Equipment
    7.14: Depicting Text
    7.15: Depicting Values
    7.16: Depicting Vessel Levels
    7.18: Depicting Alarm Behavior
    7.19: Alarm Priorities
    7.20: Alarm Indication Methods
    7.21: Alarm Access
    7.22: Audible Alarm Indication
    7.23: Objects and Symbols
    7.24: Process Controllers
    7.25: Control Valves and Shutoff Valves
    7.26: Instrument Lines
    7.27: Depicting Dynamic Equipment
    7.28: Depicting Equipment Commands
    7.29: Display Layout
    7.30: Navigation
    7.31: Yoking
    7.32: Shutdown Actuation
    7.33: Call-up Speed and Performance Expectations
    7.34: Depicting Material Balance
    Chapter 8: Detailed Design of High Performance Displays
    8.1: Display Hierarchy
    8.2: Designing Level 1 Process Overview Displays
    8.3: Designing Level 2 Process Control Displays
    8.4: Startup, Shutdown, and Abnormal Situation Level 2 Displays
    8.5: Displaying Interlock Functionality on Level 2 and Level 3 Displays
    8.6: Designing Level 3 Process Detail Displays
    8.7: Designing Level 4 Process Support and Diagnostic Displays
    PART III: Design and Implementation of a High Performance HMI
    Chapter 9: The Design and Implementation of High Performance HMI Displays
    9.1: Overview
    9.2: Determine Specific Performance and Goal Objectives for the Control of the Process, in All Modes of Operation
    9.3: Perform Task Analysis to Determine Control Manipulations Needed to Achieve the Performance and Goal Objectives
    9.4: Design High Performance Graphics, Using the Design Principles in the HMI Philosophy and Elements From the Style Guide, to Address the Identified Tasks.
    9.5: Install, Commission, and Provide Training on the New Displays
    9.6: Control, Maintain, and Periodically Reassess the HMI Performance
    Chapter 10: Physical Screens and Layout of an Operator Console
    10.1: Physical Screens
    10.2: General Purpose PC
    10.3: Communications Gear
    10.4: Multiple Keyboards
    10.5: External Video
    10.6: Hardwired Switches
    10.7: Incorporation of Lightboxes
    10.8: Vertically Stacked Displays
    10.9: Alternative High Performance Console Layouts
    10.9.1: High Performance Console #1: 6 Total Screens in a Horizontal Arrangement
    10.9.2: High Performance Console #2: 6 Total Screens in a Semi-Horizontal Arrangement
    10.9.3: High Performance Console #3: 6 Total Screens in a 2-Tier arrangement
    10.9.4: High Performance Console #4: 8 Total Screens in a Vertically Staggered Arrangement
    PART IV: Control Rooms, Abnormal Situation Management, and the Future of the Industrial HMI
    Chapter 11: Control Room Design, Layout, Operating, and Management Practices
    11.1: Overview
    11.2: Early Control Rooms
    11.3: The Introduction of Human Factors Design
    11.4: Design of New Control Rooms
    11.5: Lighting Levels
    11.6: Glare and Reflection
    11.7: Acoustics
    11.8: Music
    11.9: Telephones
    11.10: Other Distractions
    11.11: Workload Analysis
    11.12: Console Adjacency and Arrangement
    11.13: Video Walls
    Chapter 12: Situation Awareness and Abnormal Situation Response
    12.1: Stress and Performance
    12.2: Performance Shaping Factors
    12.3: Abnormal Situation Management Concepts
    12.4: Human Problem-Solving Behavior
    12.5: Human Errors
    12.6: The Distribution of Failure
    12.7: The HMI as the Solution
    Chapter 13: The Future of the Industrial HMI
    Appendices
    Appendix 1: High Performance HMI Philosophy Document and Style Guides – Example Tables of Contents
    Appendix 2: Assessing HMI Performance
    A2-1: General Graphic Factors
    A2-2: Navigation Factors
    A2-3: Workstation Factors
    A2-4: Control Room and Work Practice Factors
    A2-5: Alarm Management Factors
    A2-6: Operator Questionnaire
    A2-7: Testing the High Performance HMI vs. the Traditional HMI
    Appendix 3: The PRO “Enhanced Radar Plot” – a Highly Effective HMI Element
    Appendix 4: A Brief Overview of Alarm Management
    References
    About The Authors
    The High Performance HMI Handbook A Comprehensive Guide to Designing, Implementing and Maintaining Effective HMIs for Industrial Plant Operations
    The High Performance HMI Handbook A Comprehensive Guide to Designing, Implementing and Maintaining Effective HMIs for Industrial Plant Operations First Edition By Bill R. Hollifield PAS Principal Alarm Management Consultant Dana Oliver PAS Principal HMI Consultant President of User Centered Design Services (UCDS) Ian Nimmo Eddie Habibi Founder and CEO of PAS
    PAS, 16055 Space Center Blvd, Suite 600, Houston, TX 77062 © 2008 by PAS All rights reserved. Published 2008. Printed in the United States of America by 360 Digital Books, Kalamazoo, MI 49009. 14 13 12 11 10 09 08 07 06 05 2 3 4 5 ISBN: 978-0-9778969-1-2 Usage of photographs and diagrams is either attributed or claimed under the Fair Use provisions of U.S. copyright law. This book, or parts thereof, may not be reproduced in any form without permission. The scanning, uploading, and distribution of this book via the Internet or via any other means without the permission of the publisher is illegal and punishable by law. eBooks created by www.ebookconversion.com
    Dedications For my parents, Joe and Leona, who provided me with a wonderful, living example of the benefits of love and hard work. For my wife and children, Elizabeth, David, and Katelyn. Thanks for allowing me to sometimes get too involved in my work but always remember that what I love most is you guys. For Barbara, my best friend and life partner, who has supported me in all my undertakings and has been faithful and patient as I have traveled the world For my parents, who never had the privilege of learning to read and write themselves, but instilled in their eleven children the need for an education, a thirst for knowledge, a strong work ethic, and above all kindness. - Bill - Dana - Ian - Eddie
    Acknowledgements Many people have significantly contributed to the High Performance HMI body of knowledge, and deserve recognition and those contributions. Here are a few of these people. thanks for Significant Champions of HMI Improvement and Contributors to the Industrial HMI Body of Knowledge R.W. Bailey Angelo D’Agostino Nick Dinadis Jeff English Jamie Errington Bridget Fitzpatrick Lisa Garrison Mark Green Stephanie Guerlain John Hajdukiewicz Greg Jamieson Lothar Lang Chris Miller Dal Vernon Reising Dave Strohbar Kim Vincente Mike Wilson Organizations The Abnormal Situation Management (ASM®) Consortium EEMUA: The Engineering Equipment and Materials User Association
    The Honeywell Technology Center The Instrumentation, Systems, and Automation Society (ISA) Indispensable People Jennifer Hicks, for tireless manuscript checking and editing.
    分享到：
    赞 收藏

    相关推荐

    资料库

    行业

    共收录7266份资料，累计15个分类，关注成员有19位，主要包括：物流,旅游,餐饮零售,网络游戏,咨询,金融,电子政务,外包,教育,制造,医疗,嵌入式,互联网,交通,电信

    热门标签

    物流 旅游 餐饮零售 网络游戏 咨询 金融 电子政务 外包 教育 制造 医疗 嵌入式 互联网 交通 电信

    最新资料