Title: Usability inspection methods
Description: The last few years have seen the emergence of usability inspection (UI) as an important new tool to help user interface designers and software developers guarantee that their products meet the highest standards of usability. Everywhere UI methods have been implemented they have proven to be faster, cheaper, and in many regards, more reliable than user testing and other standard approaches to ensuring design usability.

Usability Inspection Methods is the first comprehensive, book-length work in this rapidly growing field. Coedited by Jakob Nielsen, the man who coined the term "usability inspection," it offers readers the unique opportunity to learn state-of-the-art UI methods from the women and men who developed them.

Designed to get readers quickly up and running with the full complement of UI strategies, tools, and techniques, this extremely practical guide offers step-by-step guidance to all important methods now in use, in chapters authored by the methods' inventors themselves.

Following a detailed overview of the field is a series of chapters devoted to detailed descriptions of the heuristic evaluation method, the pluralistic walk-through method, the cognitive walk-through method, techniques for integrating formal usability inspections with other methods into a coherent framework, and other proven UI methods. Each chapter in this section includes reports on the valuable empirical evidence of the benefits of the method covered.

Later chapters offer numerous case studies, and a comparative analysis of UI with user testing, as well as a thorough breakdown of the cost-benefit characteristics of UI as compared to other approaches, several UI program prototypes providing computer support for interface designers, and much more.

Authoritative, timely, and offering a wealth of hands-on instruction on all important methods and techniques, Usability Inspection Methods is an indispensable resource for user interface developers and software designers, as well as graduate students and researchers specializing in interfaces.
Subjects: User interfaces (Computer systems), Human-computer interaction, Computer software, Human factors