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Theory is the bedrock of many sciences, providing a rigorous method to advance knowledge, through testing and falsifying hypotheses about observable phenomena. To begin with, the nascent field of HCI followed the scientific method borrowing theories from cognitive science to test theories about user performance at the interface. But HCI has emerged as an eclectic interdiscipline rather than a well-defined science. It now covers all aspects of human life, from birth to bereavement, through all manner of computing, from device ecologies to nano-technology. It comes as no surprise that the role of theory in HCI has also greatly expanded from the early days of scientific testing to include other functions such as describing, explaining, critiquing, and as the basis for generating new designs. The book charts the theoretical developments in HCI, both past and present, reflecting on how they have shaped the field. It explores both the rhetoric and the reality: how theories have been conceptualized, what was promised, how they have been used and which has made the most impact in the field -- and the reasons for this. Finally, it looks to the future and asks whether theory will continue to have a role, and, if so, what this might be. Table of Contents: Introduction / The Backdrop to HCI Theory / The Role and Contribution of Theory in HCI / Classical Theories / Modern Theories / Contemporary Theory / Discussion / Summary.

User interfaces (Computer systems). --- Human-computer interaction. --- User Interfaces and Human Computer Interaction.

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Human-centered informatics (HCI) is a young discipline that is still defining its core components, with approaches rooted in engineering, science, and creative design. In the spirit of this book series, this book explores HCI as an intersection point for different perspectives of computing and information technology, seeking to understand how groups of designers can communicate with an increasingly diverse set of colleagues on a broadening set of problems. In so doing, this book traces the evolution of claims as a way to capture and share knowledge, particularly in comparison to other approaches like patterns and issues. Claims can be a centrally important aspect in HCI design efforts, either consciously by targeted design techniques or through ingrained habits of experienced designers. An examination of claims, their uses in design, and the possibilities for explicit use in future collaborative design endeavors seeks to inspire their further development use in HCI design. Table of Contents: What are Claims? / Knowing and Sharing / Evolution of Claims / Using Claims / Looking Forward.

User interfaces (Computer systems). --- Human-computer interaction. --- User Interfaces and Human Computer Interaction.

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Effectively measuring the usability of any product requires choosing the right metric, applying it, and effectively using the information it reveals. Measuring the User Experience provides the first single source of practical information to enable usability professionals and product developers to do just that. Authors Tullis and Albert organize dozens of metrics into six categories: performance, issues-based, self-reported, web navigation, derived, and behavioral/physiological. They explore each metric, considering best methods for collecting, analyzing, and presenting the data. They provide step-by-step guidance for measuring the usability of any type of product using any type of technology. Presents criteria for selecting the most appropriate metric for every case Takes a product and technology neutral approach Presents in-depth case studies to show how organizations have successfully used the metrics and the information they revealed

User interfaces (Computer systems) --- Measurement --- Technology assessment --- Interfaces (Informatique) --- Technology assessment. --- User interfaces (Computer systems). --- Measurement. --- Mesure --- Technologie --- Evaluation --- User interfaces (Computer systems) - Measurement

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Summary Griffon in Action is a comprehensive tutorial written for Java developers who want a more productive approach to UI development. After a quick Groovy tutorial, you'll immediately dive into Griffon and start building examples that explore its high productivity approach to Swing development. About the Technology You can think of Griffon as Grails for the desktop. It is a Groovy-driven UI framework for the JVM that wraps and radically simplifies Swing. Its declarative style and approachable abstractions are instantly familiar to developers using Grails or JavaFX. About the Book With Griffon in Action you get going quickly. Griffon’s convention-over-configuration approach requires minimal code to get an app off the ground, so you can start seeing results immediately. You’ll learn how SwingBuilder and other Griffon “builders” provide a coherent DSL-driven development experience. Along the way, you’ll explore best practices for structure, architecture, and lifecycle of a Java desktop application. Written for Java developers—no experience with Groovy, Grails, or Swing is required. What’s Inside Griffon from the ground up Full compatibility with Griffon 1.0 Using SwingBuilder and the other “builders” Practical, real-world examples Just enough Groovy About the Authors Andres Almiray is the project lead of the Griffon framework, frequent conference speaker, and Java Champion. Danno Ferrin is cofounder of Griffon and an active Groovy committer. James Shingler is a technical architect, conference speaker, open source advocate, and author.

User interfaces (Computer systems) --- Groovy (Computer program language) --- Design. --- Griffon.

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Since its first volume in 1960, Advances in Computers has presented detailed coverage of innovations in computer hardware, software, theory, design, and applications. It has also provided contributors with a medium in which they can explore their subjects in greater depth and breadth than journal articles usually allow. As a result, many articles have become standard references that continue to be of sugnificant, lasting value in this rapidly expanding field. In-depth surveys and tutorials on new computer technologyWell-known authors and researchers in the field<

Graphical user interfaces (Computer systems) --- System analysis. --- Network analysis --- Network science --- Network theory --- Systems analysis --- System theory --- Mathematical optimization --- GUIs (Computer systems) --- User interfaces (Computer systems)