Learn the basic principles of modular design, and then put them into action to create sites that are easy to use, look great, and can be adapted within the context of your business needs. With author James Cabrera—one of the thought leaders in the modular-design movement—you'll create a single, scalable project for a sample nameplate site and then adapt that same project to work successfully as a portfolio site, an e-commerce site, and finally as a news/publishing content site. Along the way, you'll learn the scientific approach to devising a sound and scalable design strategy, followed by establishing a basic foundation using various criteria relevant to that type of site. As each chapter progresses, you'll add new concepts appropriate for the project type. Modular web and app design isn't just for so-called "creatives." It's a teachable science with principles that can be replicated in a creative manner. This approach makes the design decision making process for businesses much easier (and easier to live with). And modular design is a powerful tool for software designers to replicate effective successful designs across a spectrum of needs. What You'll Learn Examine the design process in a modular way Adapt your HTML code to create different types of applications Establish your own modular framework for your specific site's goals Design for scale Develop a strong foundation skeleton for design Who This Book Is For User experience designers, user interface designers, information architects, developers with an interest in design, developers who want to create their own design frameworks.

User experience design teams often suffer from a decentralized, blank canvas approach to creating and documenting a design solution for each new project. As teams repeatedly reinvent screen designs, inconsistency results, and IT teams scramble to pick up the pieces. Pattern libraries only go so far, suggesting general solutions to common problems instead of offering concrete, specific design treatments. At times, documented solutions turn into a costly mess of unclear expectations, unrealistic goals, and abandoned work. Enter components, each of which represents a chunk of a Web page. Designers can produce wireframes, mockups, or markup far more efficiently reusing components based on an established design system. Rather than limit innovation, components enable designers to render solved design frameworks quickly and to focus on the problem at hand, drastically improving the quality and rate of production. In addition, teams develop a deeper baseline for collaboration, a platform for governance, and a structure for useful and predictable documentation. This book defines the role of components and why they matter, maps out how to organize and build a component library, discusses how to use components in practice, and teaches a process for documenting and maintaining components.

This book examines seven key combinatorial engineering frameworks (composite schemes consisting of algorithms and/or interactive procedures) for hierarchical modular (composite) systems. These frameworks are based on combinatorial optimization problems (e.g., knapsack problem, multiple choice problem, assignment problem, morphological clique problem), with the author’s version of morphological design approach – Hierarchical Morphological Multicritieria Design (HMMD) – providing a conceptual lens with which to elucidate the examples discussed. This approach is based on ordinal estimates of design alternatives for systems parts/components, however, the book also puts forward an original version of HMMD that is based on new interval multiset estimates for the design alternatives with special attention paid to the aggregation of modular solutions (system versions). The second part of ‘Modular System Design and Evaluation’ provides ten information technology case studies that enriches understanding of the design of system design, detection of system bottlenecks and system improvement, amongst others. The book is intended for researchers and scientists, students, and practitioners in many domains of information technology and engineering. The book is also designed to be used as a text for courses in system design, systems engineering and life cycle engineering at the level of undergraduate level, graduate/PhD levels, and for continuing education. The material and methods contained in this book were used over four years in Moscow Institute of Physics and Technology (State University) in the author’s faculty course “System Design”.

At the start of every web design project, the ongoing struggles reappear. We want to design highly usable and self-evident applications, but we also want to devise innovative, compelling, and exciting interactions that make waves in the market. Projects are more sophisticated than ever, but we have fewer resources with which to complete them. Requirements are fuzzy at best, but we’re expected to have everything done yesterday. What we need is a reuse strategy, coupled with a pathway to innovation. Patterns are part of the game. Components take us further. In Web Anatomy: Interaction Design Frameworks That Work, user experience experts Hoekman and Spool introduce “interaction design frameworks”, the third and final piece of what they call “The Reuse Trinity”, and resolve these issues once and for all. Frameworks are sets of design patterns and other elements that comprise entire systems, and in this game-changing book, Hoekman and Spool show you how to identify, document, share, use, and reap the benefits of frameworks. They also dive deep into several major frameworks to reveal how the psychology behind these standards leads not only to effective designs, but can also serve as the basis for cutting-edge innovations and superior user experiences. Web Anatomy delivers: A complete guide to using interaction design frameworks An examination of the psychology behind major frameworks A thorough look at how frameworks will change the way you work for the better Citing examples from both the successful and not-so-successful, the authors break down the elements that comprise several common interactive web systems, discuss implementation considerations, offer examples of innovations based on these standards, reveal how frameworks work hand in hand with patterns and components, and show you how to integrate frameworks into your process. Read Web Anatomy now. Benefit from it for years to come. Jared Spool is a world-renowned design researcher and the founder of UIE.com. Robert Hoekman, Jr. is a veteran user experience specialist and the author of Designing the Obvious and Designing the Moment.

New products are routinely introduced in the expanding consumer market. In spite of incorporating many advanced technical features, only a few of these are financially successful. While competition, economic, and cultural, experience, and reputation factors are major influences in the success, or failure, of a product, a well-researched and efficient design distinguishes successful products from others. Product design and development, is a vastly researched topic and Design for `X' (DFX) methodology is the basis for majority of product design procedures presently. Yet, there exist no framework for product design and development that can guide a designer through each design criterion, or `X' in this methodology. Such a framework, if existed, would list out the design attributes and design factors for each of the design criterion. This purpose of this work is to establish such a framework for designing products. It is intended for this framework to be interactive while guiding the designer through each factor that may be critical in design. The framework described here considers 8 different criteria, each broken into design factors and sub-factors. Each design criterion is discussed as a separate design module. The design factors in each module and their influences on product design have been discussed in separate sections. The inter-dependence of the design modules, design attributes, and design factors has been identified, establishing the need for a framework which can serve as the basis for a comprehensive database for all the `X's' in the DFX methodology.

If you’re an experienced Java developer in the enterprise, this practical, hands-on book shows you how to use OSGi to design, develop, and deploy modular cloud applications. You’ll quickly learn how to use OSGi, through concise code examples and a set of best practices derived from the authors’ experiences with real-world projects. Through the course of this book, you’ll learn to develop modern web applications with tools and techniques such as RESTful Web Services, NoSQL, provisioning, elasticity, Auto Scaling, hotfixes, and automatic failover. Code samples are available from GitHub. Work with dynamic OSGi services to create modular applications Explore the basics of OSGi bundles and modular application design Learn advanced topics, including semantic versioning, integration testing, and configuring components Understand OSGi pitfalls, anti-patterns, and features you should avoid Create a modular architecture for cloud-based web applications Discover how maintainability, extensibility, scalability, and testability are affected by modular design Get a look at various options for creating web applications with a modular approach Interact with persistent storage services, including relational databases and NoSQL Examine alternatives for deploying modular applications to the cloud