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How has the Internet been changing our lives, and how did these changes come about? Nathan Newman seeks the answers to these questions by studying the emergence of the Internet economy in Silicon Valley and the transformation of power relations it has brought about in our new information age. Net Loss is his effort to understand why technological innovation and growth have been accompanied by increasing economic inequality and a sense of political powerlessness among large sectors of the population. Newman first tells the story of the federal government’s crucial role in the early development of the Internet, with the promotion of open computer standards and collaborative business practices that became the driving force of the Silicon Valley model. He then examines the complex dynamic of the process whereby regional economies have been changing as business alliances built around industries like the Internet replace the broader public investments that fueled regional growth in the past. A radical restructuring of once regionally focused industries like banking, electric utilities, and telephone companies is under way, with changes in federal regulation helping to undermine regional planning and the power of local community actors. The rise of global Internet commerce itself contributes to weakening the tax base of local governments, even as these governments increasingly use networked technology to market themselves and their citizens to global business, usually at the expense of all but their most elite residents. More optimistically, Newman sees an emerging countertrend of global use of the Internet by grassroots organizations, such as those in the antiglobalization movements, that may help to transcend this local powerlessness.
This book constitutes the proceedings of the First International Conference on Space Information Network, SINC 2016, held in Kunming, China, in August 2016. The 18 full and 6 short papers presented in this volume were carefully reviewed and selected from 139 submissions.The theme of the conference encompasses new progress and development tendency of the space information network and related fields, There were 3 sections in the proceedings of SINC 2016 including the model of space information network and mechanism of high performance networking, theory and method of high speed transmission in space dynamic network, and sparse representation and fusion process in space information.
Risk communication is crucial to building community resilience and reducing risk from extreme events. True community resilience involves accurate and timely dissemination of risk information to stakeholders. This book examines the policy and science of risk communication in the digital era. Themes include public awareness of risk and public participation in risk communication and resilience building. The first half of the book focuses on conceptual frameworks, components, and the role of citizens in risk communication. The second half examines the role of risk communication in resilience building and provides an overview of some of its challenges in the era of social media. This book looks at the effectiveness of risk communication in socially and culturally diverse communities in the developed and developing world. The interdisciplinary approach bridges academic research and applied policy action. Contributions from Latin America and Asia provide insight into global risk communication at a time when digital technologies have rapidly transformed conventional communication approaches. This book will be of critical interest to policy makers, academicians, and researchers, and will be a valuable reference source for university courses that focus on emergency management, risk communication, and resilience.
Satellite Network Robust QoS-aware Routing presents a novel routing strategy for satellite networks. This strategy is useful for the design of multi-layered satellite networks as it can greatly reduce the number of time slots in one system cycle. The traffic prediction and engineering approaches make the system robust so that the traffic spikes can be handled effectively. The multi-QoS optimization routing algorithm can satisfy various potential user requirements. Clear and sufficient illustrations are also presented in the book. As the chapters cover the above topics independently, readers from different research backgrounds in constellation design, multi-QoS routing, and traffic engineering can benefit from the book. Fei Long is a senior engineer at Beijing R&D Center of 54th Research Institute of China Electronics Technology Group Corporation.