The 15 essays in this volume bring together research and theoretical viewpoints in the areas of psychology, linguistics, anthropology, and neuroscience, presenting a synthesis across these diverse domains. Throughout, authors address and debate each others arguments and theories.

Didactical, innovative, a lot of examples

Many books have covered the rapidly evolving fields of information and communication technology (ICT) and space technology separately. However, no single book has ever focused on how the integration of these two areas is creating a stronger platform for various scientific advancements—including some research work that cannot be performed on Earth. To fill the void, Information, Communication, and Space Technology provides a novel illustration of that connection. Dividing content into sections that cover ICT, existing and future space technologies, and satellites, the author demonstrates the individual and combined power of each of these parts of the overall system. He explores how the combination of concepts from each of these interrelated fields is creating massive potential for broader advances in areas such as robotics, communications, navigation, agriculture, health care, and nanotechnology. The book introduces particular potential innovations, including "rocket-less" spacecraft launches, and development of a global system to balance energy distribution by using satellites that would collect solar energy and transmit it via microwave beams to different locations around the world. Equally useful to students and professionals, this work is a culmination of the domestic and international experience that the author has acquired throughout more than three decades as an instructor and researcher. Emphasizing the strong need to incorporate ICT and space technology into the general university curriculum, the book starts with basic explanations of key concepts and theories, building toward more concrete, application-oriented examples that reveal the importance and impact of new technologies. This includes coverage of how satellites transfer voice, video, and other data across continents, as well as techniques used to obtain very-high-resolution images from space for use in agricultural and environmental sciences.This timely work employs a logical, practically structured approach that will help readers to better understand existing and emerging ICT and space technologies, including the most recent developments and achievements in the field.

One of the most significant and obvious examples of how mobile communication influences our understanding of time and space is how we coordinate with one another. Mobile communication enables us to call specific individuals, not general places. Regardless of location, we are able to make contact with almost anyone, almost anywhere. This advancement has changed, and continues to change, human interaction. Now, instead of agreeing on a particular time well beforehand, we can iteratively work out the most convenient time and place to meet at the last possible moment--on the way to the meeting or once we arrive at the destination. In their early days, mobile devices were primarily used for various types of emergency situations and for work. In some cases, the device was an essential element in various business operations or used so that overseas workers could communicate with their families. The distance between a remote posting and the people back home was suddenly and dramatically reduced. People began to share these devices not necessarily out of economic issues, but also questions of family and interpersonal dynamics. The process of sharing decisions as to who is a legitimate partner makes the nature of relationships more explicit. By examining the economy of sharing, we not only see how sharing mobile phones restructures social space, but are also given insight into an individual's web of interactions. This cutting-edge book deals with modern ways of thinking about communication and human interaction; it will illuminate the ways in which mobile communication alters our experience with space and time.

Colors are an element of both the natural and the man-made environments. They convey messages of all kinds and perform a wide variety of functions, informing, organizing, warning. But they also serve an aesthetic purpose, affecting the statement, effect, and acceptance of objects and spaces. While people’s reactions to color vary widely, in design questions it is still possible to establish generally valid color concepts to match the expectations of the various groups of users. This book offers a guide based on a wide range of scientific findings and may be consulted as an authoritative reference by the architecture student and the professional alike. The three editors, Dr. B. Rodeck, Prof. G. Meerwein, and F. H. Mahnke have taught for many years at the Salzburger Seminare für Farbe und Umwelt der IACC.

Five years ago the world of agency communications turned upside down. Ogilvy introduced 360 degree thinking, Unilever formulated their ABC process, TBWA developed their Disruptive philosophy, and total communications planning was born. Now, total communications planning is being increasingly demanded by clients. The question is no longer where does the future lie, but how does an agency get there as quickly as possible? This book sets out to define the structure of tomorrow's agencies by interviewing the leading lights of the industry today. Jim Taylor, himself an experienced practitioner of Total Communications Planning, identifies common issues and themes to offer a set of likely scenarios for The Agencies of the Future.

This monograph presents a collection of major developments leading toward the implementation of white space technology - an emerging wireless standard for using wireless spectrum in locations where it is unused by licensed users. Some of the key research areas in the field are covered. These include emerging standards, technical insights from early pilots and simulations, software defined radio platforms, geo-location spectrum databases and current white space spectrum usage in India and South Africa.