How does automation affect us, our environment, and our imaginations? Conversely, what should we do about automation? Besides grand narratives and technology-driven design visions of the future, what else can automation provide? With these questions in mind, The De Gruyter Handbook of Automated Futures provides a framework for thinking and doing automation differently while consolidating automated futures as an inter- and transdisciplinary research field. It embeds the imaginaries, interactions and impacts of automation technology in their social, historical, societal, cultural, and political contexts. Scholars and students can use the handbook to imagine, realise and anticipate the possible futures of automation while learning about and engaging with these futures ethically and responsibly. The handbook promotes an agenda that is critical yet constructive and engaging by inviting readers to work with rather than resist automation agendas. Rather than being limited to assessing and evaluating already developed technologies, the handbook illustrates how the humanities and social sciences are essential to the design and governance of people- and planet-centric sociotechnical systems. A fundamental pedagogical approach underpins the handbook. It examines how co-learning and co-creation can be staged and analysed with, rather than for, people and stakeholders and encourages readers to engage in new and alternate modes of research.

How does automation affect us, our environment, and our imaginations? What actions should we take in response to automation? Beyond grand narratives and technology-driven visions of the future, what more can automation offer? With these questions in mind, The De Gruyter Handbook of Automated Futures provides a framework for thinking about and implementing automation differently. It consolidates automated futures as an inter- and transdisciplinary research field, embedding the imaginaries, interactions, and impacts of automation technology within their social, historical, societal, cultural, and political contexts. Promoting a critical yet constructive and engaging agenda, the handbook invites readers to collaborate with rather than resist automation agendas. It does so by pushing the agenda for social science, humanities and design beyond merely assessing and evaluating existing technologies. Instead, the handbook demonstrates how the humanities and social sciences are essential to the design and governance of sustainable sociotechnical systems. Methodologically, the handbook is underpinned by a pedagogical approach to staging co-learning and co-creation of automated futures with, rather than simply for, people. In this way, the handbook encourages readers to explore new and alternative modes of research, fostering a deeper engagement with the evolving landscape of automation.

The De Gruyter Handbook of Artificial Intelligence, Identity and Technology Studies examines the relationship of the social sciences to artificial intelligence, surveying the various convergences and divergences between science and technology studies on the one hand and identity transformations on the other. It provides representative coverage of all aspects of the AI revolution, from employment to education to military warfare, impacts on public policy and governance and the future of ethics. How is AI currently transforming social, economic, cultural and psychological processes? This handbook answers these questions by looking at recent developments in supercomputing, deep learning and neural networks, including such topics as AI mobile technology, social robotics, big data and digital research. It focuses especially on mechanisms of identity by defining AI as a new context for self-exploration and social relations and analyzing phenomena such as race, ethnicity and gender politics in human-machine interfaces.

This comprehensive landmark book describes the technology of the future in diagnostic medicine, how to integrate it into the modern hospital and how to work with people to adapt, change and plan for a smooth transition to a fully robotic laboratory. Features an extensive section on point-of-care testing along with a modern perspective of how this will transform medicine. Global experts in their fields have authored all chapters which include a unique one on machine vision and another (with several plates) that discusses the automation of a clinical laboratory in Japan.

Very Good,No Highlights or Markup,all pages are intact.

No detailed description available for "Technology-Mediated Communication".

Master Oracle Enterprise Manager 10g Grid Control Centralize and simplify enterprise infrastructure administration using the detailed information contained in this Oracle Press guide. Oracle Enterprise Manager 10g Control Handbook shows you how to implement a grid-based management system and maintain on-demand access to critical services. Develop rollout plans, configure hardware and software, deploy targets and agents, control access, and distribute business reports. This authoritative resource also explains how to generate reliable backups, implement top-down performance monitoring, and maximize system availability. Plan and carry out an Oracle Enterprise Manager 10g Grid Control rollout Set up customized metrics, alerts, thresholds, targets, and agents Manage IT resources from a centralized control console or the command line Manage your infrastructure using secure protocols Automate administrative tasks with Oracle's management agent Distribute business intelligence using the reporting and dashboard features Work with Oracle Enterprise Manager Database Control and Oracle Real Application Clusters Build physical and logical standby databases using Oracle Data Guard