In a complex world, products that are easy to use win favor with consumers. This is the first book on the topic of simplicity aimed specifically at interaction designers. It shows how to drill down and simplify user experiences when designing digital tools and applications. It begins by explaining why simplicity is attractive, explores the laws of simplicity, and presents proven strategies for achieving simplicity. Remove, hide, organize and displace become guidelines for designers, who learn simplicity by seeing before and after examples and case studies where the results speak for themselves.

Complete listing and history of murals in Kansas today, with each mural illustrated.

Ad hoc and interdisciplinary, the field of interaction design claims no unified theory. Yet guidelines are needed. In essays by 26 major thinkers and designers, this book presents the rich mosaic of ideas which nourish the lively art of interaction design. The editors introduction is a critical survey of interaction design with a debt and contribut

Since the first edition of E-learning by Design, e-learning has evolved rapidly and fringe techniques have moved into the mainstream. Underlying and underwriting these changes in e–learning are advances in technology and changes in society. The second edition of the bestselling book E-Learning by Design offers a comprehensive look at the concepts and processes of developing, creating, and implementing a successful e-learning program. This practical, down-to-earth resource is filled with clear information and instruction without over simplification. The book helps instructors build customized e-learning programs from scratch—building on core principles of instructional design to: develop meaningful activities and lessons; create and administer online tests and assessments; design learning games and simulations; and implement an individualized program. "Every newcomer to the field will find this edition indispensable, while professionals will find much needed contemporary information to manage the rapid changes happening in our field. Even if you own the first edition, buy this update as soon as possible." —Michael W. Allen, CEO of Allen Interactions, Inc.; author, Michael Allen's e-Learning Library Series "Covers the full range of options for presenting learning materials online—including designing useful topics, engaging activities, and reliable tests—and it takes into account the realities and issues of today's instructional designers, such as social learning and mobile learning." —Saul Carliner, associate professor, Concordia University; author, The E-Learning Handbook "Horton nails it! Perfectly timed, robust, and practical, this second edition of brings together the latest strategies for learning without losing its critical premise—technology enables e-learning, but great design makes it work." —Marc J. Rosenberg, e-learning strategist; author, Beyond E-Learning "An e-learning encyclopedia loaded with detailed guidelines and examples ranging from basic instructional design techniques to the latest applications in games, social media, and mobile-learning. An essential reference for anyone involved in e-learning design, development, or evaluation" —Ruth Colvin Clark, author, e-Learning and the Science of Instruction

A game-changing book on the origins of life, called the most important scientific discovery 'since the Copernican revolution' in The Observer.

A single dramatic software failure can cost a company millions of dollars - but can be avoided with simple changes to design and architecture. This new edition of the best-selling industry standard shows you how to create systems that run longer, with fewer failures, and recover better when bad things happen. New coverage includes DevOps, microservices, and cloud-native architecture. Stability antipatterns have grown to include systemic problems in large-scale systems. This is a must-have pragmatic guide to engineering for production systems. If you're a software developer, and you don't want to get alerts every night for the rest of your life, help is here. With a combination of case studies about huge losses - lost revenue, lost reputation, lost time, lost opportunity - and practical, down-to-earth advice that was all gained through painful experience, this book helps you avoid the pitfalls that cost companies millions of dollars in downtime and reputation. Eighty percent of project life-cycle cost is in production, yet few books address this topic. This updated edition deals with the production of today's systems - larger, more complex, and heavily virtualized - and includes information on chaos engineering, the discipline of applying randomness and deliberate stress to reveal systematic problems. Build systems that survive the real world, avoid downtime, implement zero-downtime upgrades and continuous delivery, and make cloud-native applications resilient. Examine ways to architect, design, and build software - particularly distributed systems - that stands up to the typhoon winds of a flash mob, a Slashdotting, or a link on Reddit. Take a hard look at software that failed the test and find ways to make sure your software survives. To skip the pain and get the experience...get this book.

Design reuse is not just a topic of research but a real industrial necessity in the microelectronic domain and thus driving the competitiveness of relevant areas like for example telecommunication or automotive. Most companies have already dedicated a department or a central unit that transfer design reuse into reality. All main EDA conferences include a track to the topic, and even specific conferences have been established in this area, both in the USA and in Europe. Virtual Components Design and Reuse presents a selection of articles giving a mature and consolidated perspective to design reuse from different points of view. The authors stem from all relevant areas: research and academia, IP providers, EDA vendors and industry. Some classical topics in design reuse, like specification and generation of components, IP retrieval and cataloguing or interface customisation, are revisited and discussed in depth. Moreover, new hot topics are presented, among them IP quality, platform-based reuse, software IP, IP security, business models for design reuse, and major initiatives like the MEDEA EDA Roadmap.

Learn practical and applied OpenStack cloud design solutions to gain maximum control over your infrastructure. You will achieve a complete controlled and customizable platform. Applied OpenStack Design Patterns teaches you how to map your application flow once you set up components and architectural design patterns. Also covered is storage management and computing to map user requests and allocations. Best practices of High Availability and Native Cluster Management are included. Solutions are presented to network components of OpenStack and to reduce latency and enable faster communication gateways between components of OpenStack and native applications. What You Will Learn: Design a modern cloud infrastructure Solve complex infrastructure application problems Understand OpenStack cloud infrastructure components Adopt a business impact analysis to support existing/new cloud infrastructure Use specific components to integrate an existing tool-chain set to gain agility and a quick, continuous delivery model Who This Book Is For: Seasoned solution architects, DevOps, and system engineers and analysts