Integrated analysis of the technologies, markets, and business of Residential Broadband In thirty years, the worldwide market for high-speed information services to the home will reach SI trillion. This book explains how and why. Beginning with tutorials and a few touches of history to position residential broadband today, this essential guide examines how competing technologies will struggle for supremacy in a chaotic market. It stakes out the battles between ADSL and cable modems, IP and ATM, telephone companies and CATV companies, televisions and personal computers, and professional applications and consumer applications. It does so with reverence for none-some will win and some will lose as the market emerges over the next decade or so. Our guide is kim Maxwell, an entrepreneur and executive who has spent twenty-five years inventing ways to make communications technologies and markets fit together. His analysis takes some surprising turns: * The Internet will not be the dominant network for residential broadband. * Despite its current power, IP may over time give way to ATM for residential broadband. * Cable modems have the early lead, but the DSL tortoise will catch up. * Fiber to the Home and the Information Superhighway are at least fifteen years away and depend upon HDTV. * Despite regulatory intentions, residential networking will return to a monopoly within thirty years. * Computers and televisions will not converge. * Ethernet will dominate home networking. * Video-on-demand will not be a viable market for at least five years. * In the long run. Consumer applications such as shopping and entertainment will dominate the more near-term applications for Internet access and telecommuting. * But, the market can only begin with the personal computer and its natural applications-Internet access and telecommuting.

A comprehensive introduction to high-speed residential networks, integrating technical, business, and regulartory challenges. Surveys the various types of access networks: Cable TV, xDSL, FTTx, and wireless Defines basic technology requirements for implementing residential broadband and assessing the state of readiness Reviews the business conditions and regulatory practices that affect rollout and viability of residential networks Discusses the technologies and challenges associated with the in-home network Describes the new and existing entertainment and data services, and how to evaluate the demand for them Provides systems issues to be resolved in connecting access networks to home networks Residential Broadband, Second Edition aims to provide a comprehensive, accessible introduction to the topics surrounding high-speed networks to the home. It is written for anyone seeking a broad-based familiarity with the issues of residential broadband (RBB) including product developers, engineers, network designers, business people, professionals in legal and regulatory positions, and industry analysts. Readers will learn about the services that are driving the market, the technical issues shaping the evolution, and the network within the home and how it connects to the access network. The author explains the technical concerns, accessibility, the current state, and potential future of cable TV, xDSL, FTTx, wireless access networks, and home networks.

Today's consumers want the same quality of communication services on their local loops that they've been getting in the workplace. High-speed communication technologies are now available to bring Internet, video, and other electronic functions to residential and business users through local service providers, based on existing infrastructure. This book shows you how.

This thesis focuses on the design and use of software defined networking (SDN) in residential Internet service providers (ISPs), as well as innovative operational models that can be incorporated in broadband ecosystems. Though SDN addresses the challenges for bundled best-effort service provided by broadband operators for users, it does not distinguish between the different types of applications (video streaming, web-browsing, and large file transfers), nor does it cater to the varying needs of different household devices (entertainment tablets, work laptops, or connected appliances). This is a problem for end-users, who want to differentiate between applications and devices; for content providers (CPs), who want to exercise control over streams of high monetary value; and for Internet service providers (ISPs), who have to accommodate growing traffic volumes without additional revenues. This book develops a series of solution techniques that use SDN to find an optimal balance between the competing requirements of end-users, ISPs, and CPs. In addition to the design and discussions of various architectures, it provides technical details on real-world system implementations and prototypes. As such, it offers a valuable resource for researchers, network architects, network strategists, developers, and all other readers seeking to learn more about the practical value of SDN in future ISP networks.

Access to the Internet is an increasing problem in many areas of the world. As the popularity and usefulness of the Internet increases on a daily basis, lack of access to the technology is putting many groups at a disadvantage in terms of better education, better jobs and even in terms of higher levels of civic participation. However, creating a network infrastructure to serve outlying communities and sectors of the population is not straight-forward. This book brings together all the aspects of the problem – technical, regulatory and economic - into one volume to provide a comprehensive resource. It describes the latest technological advances that allow cost-effective network infrastructures to be built, and places them in the context of the applications and services that the infrastructure will deliver. A section on business models and case studies from North American and Europe demonstrate that the solutions are economically and practically viable. This book is essential for anyone looking to gain an understanding of the issues and technology surrounding the access debate. It will be of particular relevance to network engineers/designers/planners at the incumbent operator companies charged with delivering broadband access to as yet unconnected regions. Governments and regulatory bodies will also find this a useful guide to the problems that they may face.