Radical Simplicity: Transforming Computers Into Me-Centric Appliances
The next computer revolution will be built around one person: you
Imagine computers you can delegate to... computers that tell you things you want to know about ... adapt to your needs and preferences without being told ... work together on your behalf ... and respond to your voice, language, and gestures. It's all coming, sooner than you think -- and when it does, today's computers will be recognized as the dinosaurs they are.
Radical Simplicity previews the "Me-Centric" computing revolution, in which the vast power of computers, communications, and software finally comes together to do your bidding-seamlessly, easily, and naturally. This "plain English" guide covers both the technology and its implications-and shows how you can prepare, starting today.
Whether you're an executive or an IT professional, Radical Simplicity will help you take the lead in a new technology revolution that will dwarf everything that's come before it.About the Web Site
You'll find even more articles, updates, and ideas about Me-centric computing at this book's Web site.www.radicalsimplicity.com
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Foreword By Ian Browde.
Foreword By Dex Smith.
INTRODUCTION.1. From the Backroom to Everyday Life.
A Day in Your Life (ca. 2010). History of Computing. Trends in Computing. Conclusion.2. Contrasting the Present and the Future.
Mobile Sales Force. Real Estate Agent. Family Life. Work-Life Balance. Construction Site. Holiday Break-In. Extended Manufacturing. Fleet Management. Conclusion.
II. DESIGN ELEMENTS FOR RADICAL SIMPLICITY.3. Human-Computer Interaction.
Introduction. Intelligent Input Interfaces. Intelligent Output Interfaces. Context Awareness. Conclusion.4. Designing To Make You Smile.
Introduction. Systems Development Methods. Psychological Design Aspects. The Interface Is the Application. Globalization. Conclusion.
III. PRINCIPAL TECHNOLOGICAL COMPONENTS.5. Me-Centric Architectures.
Introduction. Overview of Architecture-Driven Approach. Key Ideas. Conclusion.6. Web Services.
Introduction. Web Services Networks. Extensible Markup Language. Web Services Technologies. Solution Stack. Examples. Conclusion.7. Agents: Igniting Machine-to-Machine Work.
Software Agents. Mobile Agents. Challenges with Agents. Automated Web Services. Examples. Conclusion.
IV. NEW BUSINESS OPPORTUNITIES.8. Intelligent Appliances.
Introduction. Infrastructure Needs Me. Appliance Design. Examples. Conclusion.9. Reshaping Everyday Life.
The Multifaceted Me. Revisiting Computing and IT. Conclusion.Appendix.
Until recently, the growth of computer usage was driven primarily by our need to easily work with numbers and text. Computers in the backroom were invisible to us. Computers on our desks and laps were powerful business tools, making us prolific tool users.
Initially, this meant our days included extra work that either wasn't necessary before computers or was done by assistants, graphic artists, and typesetters, among others. The computing trend became to use more tools more of the time, to process more information. Productivity gains were modest initially, but probably reached diminishing returns some time ago.
The world is about to be turned upside down, however. Or perhaps, more exactly, inside out. Whereas previous generations of technology built a tower of new computing tools that required a new mindset to use, the next generation is being built around the human, supporting our different roles and groups.
This technology is called me-centric because it fits into the individual's life in a natural way--it conforms to preferences and requirements, takes orders, and automates any number of delegated tasks. In me-centric computing, every appliance becomes part of my environment, my team, my extension. I get increased power and save time because the vast power of computing technology is working in concert to do my bidding.
The first wave of computing addressed back-office transactions; it was a simple number-crunching business. The second wave provided interactive tools for office work. With the introduction of the personal computer, the architecture also shifted from a central host to the so-called client/server model. The third wave allowed everyone to access and exchange information. Three-tier architecture emerged to overcome the limitations of two-tier architecture. One of the most prominent applications of the third wave is the Internet.
The fourth wave will transfer everyday work from people to machines. It will multiply the time and reach of everyone, and initiate an explosion of machine-to-machine negotiation, problem-solving, and transactions. With the recent emergence of smart applications, it has become obvious that the computer is not a machine whose main purpose is to get a computing task done. With its attendant peripherals and networks, the computer has become amachine that allows us to explore new capacities to communicate, reaching new audiences in ways previously unthinkable.
The fourth wave will empower appliances with built-in computing and communication abilities that will make them work smarter on our behalf. Computing as we know it will transform into a computersupported collaborative effort rather than a solitary one.
This revolution in computer usage will be unleashed by founding computing architecture around knowledge of the user, giving the user the capability to delegate work to computers; thus, computing functionality will begin in the interface the user accesses to various devices; work will be tasked from this interface to various computers, applications, and intelligent agents distributed around the world on the Internet or its successors.
This transition will exploit several technological trends already underway, including advances in Web services, communications, interfaces, information processing, and agents. Demands for computing, storage, bandwidth, and management will soar. Though the technology will be more complex, it will become increasingly invisible, as it disappears into our new communicators, problem-solvers, personal assistants, and living spaces.
Smart appliances and intelligent agents will change the way we work and live by working for us. Here are just a few ways it will affect the industry:
To begin to understand where this revolution will take us, just look at TiVo1, which records TV programs that match your interests and delivers them to you whenever you want. Using similar technology, here are a few simple examples of how agents and smart appliances will affect our homes:
This book is called Radical Simplicity because new technologies have the power to achieve the ultimate simplification of technology: Make it disappear into the devices and appliances that do for us what we want them to.
Society has used IT so far as a tool. With me-centric computing, IT will become more tightly integrated into society than ever before as it takes over services and processes autonomously. The future computing ecosystem will be interwoven with society in such a manner that it may become difficult to distinguish between communicating with other people and communicating with intelligent appliances.
Today, computers are the masters, and users are the servants. In a me-centric world, this will gradually shift as the vision of computing becomes a reality. As a result, user frustration will decrease, because the devices and services will adapt to the needs of the user, as opposed to the other way around. It will be also much easier for the user to change service than it is today. Through repetitive usage, the IT products will get to know more about the user, providing shortcuts and other information based on past experience with the user.
In addition, intuitive input and output interfaces, such as voice and gesture recognition, will make communicating with devices easier than in the past. They will also be less expensive, opening the door for much broader market appeal than exists today. In Japan, for example, disposable mobile phones are available that are made out of paper.
By broadening the user base and simplifying the interaction between humans and computing devices, me-centric computing will become truly pervasive and support users in every possible situation.
This book should be important to technology and business strategists. It tells the technology strategists how the IT world and the end-user expectation will likely undergo a major revolution within the next ten years. Those who miss this wave likely will feel that they missed a major opportunity and were left selling or supporting anachronistic approaches. Me-centric computing is about a fundamental shift in the value proposition of IT--its value will rise as less time is spent learning to use it, leaving more time to reap the benefits.
Business strategists will need to ask how their companies can participate in this revolution. If they're IT companies, they need to rearchitect products and services around the user, not around the network and server equipment. In fact, the networks and services will be transformed greatly by the changed demands these usage patterns will create. If they're IT purchasers or customers, they need to exploit the opportunity to build up new IT assets that directly address measurable productivity goals--something that will be made easier with smarter tools.
Besides strategists, this book is also aimed at product designers, product marketers, and R&D leaders who need to get started now building the new wave of products. The book provides a clear set of steps that can help to make these products successful.
Lastly, the book should be irresistible to readers who like to see the big waves coming, far enough in advance to choose whether to ride them or get out of the water. The leading edge of this wave is already visible, but the full impact is barely perceived.
Rick is a world authority on IT and artificial intelligence, and was the CTO for Software at Hewlett-Packard, a company uniquely positioned to participate in all elements of the revolution. Daniel is a wellknown author of books about e-business and is chief technologist for e-commerce for Hewlett-Packard in Europe.
The anticipated changes in daily life are exciting, provocative, and readily accessible. The historic significance of discontinuity in humanmachine relationships will stimulate the imagination and provoke an active participation in future opportunities. The consequences of the transitions, the nature of the transformations, and the timing of opportunities will stay with readers long after they finish the book.
We expect many new businesses to coalesce around the vision and bring to market whole new categories of products and services in the next few years. In addition to gaining insight into the future, you will learn about the key technologies that are collectively combining to create these disruptions, how they work, and how they work together.
The book is organized in five parts.
The first part provides an introduction to me-centric computing and its historical roots, and provides some showcases to make it easier to understand what me-centric computing is about and how it can be applied to everyone's life. In the first chapter, a historical review of computing is presented, and some of the most important trends are analyzed. Chapter 2 provides a set of scenarios that show how me-centric computing can be applied. These range from personal services to enterprise-level services using a variety of networks and devices.
The second part of the book describes the design elements of a welldefined me-centric solution. It provides an overview of the different input and output interfaces that can be used for me-centric computing and provides an introduction to the design models that make mecentric services successful. Chapter 3 provides an overview of humancomputer interaction (HCI). It describes the different means of communicating with smart appliances and what needs to be considered in doing so. This chapter also provides some insight on context awareness and how it can be applied to smart applications in order to reduce the amount of input from and to the user. Chapter 4 describes in detail the different approaches for good design. Good design takes not only technology into account, but also many other areas of science.
The third part details the architectural building blocks on the technology side. It digs into the data exchange mechanisms behind mecentric computing, which is built on XML technology. It provides an introduction to agent technology and Web services, which provide the infrastructure for me-centric applications. Chapter 5 provides an overview on me-centric architectures. Chapter 6 provides an in-depth review of Web services and how they have become the infrastructure backbone for the me-centric world. It also offers a detailed description of XML and how it can transport information through different devices, processes, and applications. Chapter 7 talks about agents and how they can be made intelligent and mobile for improved interaction between applications, humans, and devices.
The fourth part is about new business opportunities that will arise as me-centric computing becomes reality. This part tries to explain the impact me-centric computing will have on the economy, IT, and the people using it. Chapter 8 explains how devices will look in the future and how they will be constructed to be competitive. Chapter 9 provides an overview of the way me-centric computing will revolutionize our lives, no matter how involved we are with it.
The fifth part of the book contains the two appendices, the bibliography and the index. The first appendix provides an extensive glossary of all terms that are connected to me-centric computing. The second appendix provides an overview of Web sites connected to me-centric computing.
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