This volume aims to review some of the recent developments and trends that seem especially relevant to any attempt to understand near-term-future possibilities; to consider what a variety of knowledgeable people are saying about changes and developments that could occur; and to relate the possibilities to needs and opportunities for human factors research. Human factors, in this case, includes not only the implications of human capabilities and limitations for the design of equipment and machines intended for human use, but also applied psychology in a more general sense. In particular, it is taken to involve social systems as well as physical ones, the interaction of people with the environment as well as with machines, the facilitation of communication between people as well as between people and computers, and the design of policies and procedures as well as the design of equipment. The author's intention is to focus on anticipated problems -- including opportunities as well as difficulties -- and ask how human factors research might contribute to solutions. It is assumed that there are ways in which such research could be useful in addressing societal problems that the profession has not yet realized and that these are more likely to be recognized in the future if the community is actively seeking to identify them.

What does it mean to be rational - to reason well and effectively? How does rationality, broadly conceived, relate to the knowledge one acquires, the beliefs one forms, the explanations one constructs or appropriates, the judgments and decisions one makes, the values one adopts? What is the character of human reasoning and, in particular, does it tend to be rational? Much has been written about human rationality - or lack thereof. In recent years, some writers have focused attention on the numerous ways in which people appear not to be rational, at least if being rational is taken to mean always thinking or behaving in accordance with some normative standard. Others have argued that, if human reasoning is as flawed as this work suggests, it is a wonder that we, as a species, are around to notice the fact. This book examines much of the experimental research on reasoning as it relates to a variety of conceptions of rationality, not limited to conformity of thought and behavior or to the dictates of one or another normative system. The discussion focuses on specific topics that represent essential aspects of any adequately inclusive conception of rationality: intelligence and knowledge; beliefs; goals, values and affect; explanations; judgment and choice; understanding and wisdom.

Drawing from the study of human reasoning, Argumentation describes different types of arguments and explains how they influence beliefs and behaviour. Raymond Nickerson identifies many of the fallacies, biases, and other flaws often found in arguments as well as 'stratagems' (schemes, illogical and alogical tactics) that people regularly use to persuade others. Much attention is given to the evaluation of arguments. Readers will learn a new schematic for evaluating arguments based on cognitive science. As a source for understanding and evaluating arguments in decision-making, it is ideal for courses on cognition, reasoning, and psychology.

Lack of ability to think probabilistically makes one prone to a variety of irrational fears and vulnerable to scams designed to exploit probabilistic naivete, impairs decision making under uncertainty, facilitates the misinterpretation of statistical information, and precludes critical evaluation of likelihood claims. Cognition and Chance presents an overview of the information needed to avoid such pitfalls and to assess and respond to probabilistic situations in a rational way. Dr. Nickerson investigates such questions as how good individuals are at thinking probabilistically and how consistent their reasoning under uncertainty is with principles of mathematical statistics and probability theory. He reviews evidence that has been produced in researchers' attempts to investigate these and similar types of questions. Seven conceptual chapters address such topics as probability, chance, randomness, coincidences, inverse probability, paradoxes, dilemmas, and statistics. The remaining five chapters focus on empirical studies of individuals' abilities and limitations as probabilistic thinkers. Topics include estimation and prediction, perception of covariation, choice under uncertainty, and people as intuitive probabilists. Cognition and Chance is intended to appeal to researchers and students in the areas of probability, statistics, psychology, business, economics, decision theory, and social dilemmas.

This book stimulates thinking on the topic of detrimental environmental change and how research psychologists can help to address the problem. In addition to reporting environmentally relevant psychological research, the author identifies the most pressing questions from an environmental point of view. "Psychology and Environmental Change: "
*focuses on ways in which human behavior contributes to the problem;
*deals with the assessment and change of attitudes and with studies of change of behavior;
*proposes ways in which psychological research can contribute to making technology and its products more environmentally benign; and
*introduces topics such as consumption, risk assessment, cost-benefit and tradeoff analyses, competition, negotiation, and policymaking, and how they relate to the objective of protecting the environment.

This book stimulates thinking on the topic of detrimental environmental change and how research psychologists can help to address the problem. In addition to reporting environmentally relevant psychological research, the author identifies the most pressing questions from an environmental point of view. "Psychology and Environmental Change: "
*focuses on ways in which human behavior contributes to the problem;
*deals with the assessment and change of attitudes and with studies of change of behavior;
*proposes ways in which psychological research can contribute to making technology and its products more environmentally benign; and
*introduces topics such as consumption, risk assessment, cost-benefit and tradeoff analyses, competition, negotiation, and policymaking, and how they relate to the objective of protecting the environment.

First published in 1986. Routledge is an imprint of Taylor & Francis, an informa company.

Some of today's educational experts were asked to envision the year 2020, when technology has assumed a major role in elementary and secondary education. The informed conjecture that followed is contained in this volume; contributors offer visions of the future as well as specific steps that could turn those visions into realities. Innovative ideas for research, development, hardware, software, teacher training, technical assistance, organizational and cultural change are offered as a means to illuminate the potential role of technology in the educational systems of tomorrow.
"Technology in Education" is a thought-provoking statement of what can and should be done to advance the application of technology to education over the next few decades. As such, it should be read by all researchers and professionals in educational technology.

What does it mean to be rational - to reason well and effectively? How does rationality, broadly conceived, relate to the knowledge one acquires, the beliefs one forms, the explanations one constructs or appropriates, the judgments and decisions one makes, the values one adopts? What is the character of human reasoning and, in particular, does it tend to be rational? Much has been written about human rationality - or lack thereof.In recent years, some writers have focused attention on the numerous ways in which people appear not to be rational, at least if being rational is taken to mean always thinking or behaving in accordance with some normative standard. Others have argued that, if human reasoning is as flawed as this work suggests, it is a wonder that we, as a species, are around to notice the fact. This book examines much of the experimental research on reasoning as it relates to a variety of conceptions of rationality, not limited to conformity of thought and behavior or to the dictates of one or another normative system. The discussion focuses on specific topics that represent essential aspects of any adequately inclusive conception of rationality: intelligence and knowledge; beliefs; goals, values and affect; explanations; judgment and choice; and, understanding and wisdom.

First published in 1986. Routledge is an imprint of Taylor & Francis, an informa company.

First published in 1986. Routledge is an imprint of Taylor & Francis, an informa company.

Some of today's educational experts were asked to envision the year 2020, when technology has assumed a major role in elementary and secondary education. The informed conjecture that followed is contained in this volume; contributors offer visions of the future as well as specific steps that could turn those visions into realities. Innovative ideas for research, development, hardware, software, teacher training, technical assistance, organizational and cultural change are offered as a means to illuminate the potential role of technology in the educational systems of tomorrow.
"Technology in Education" is a thought-provoking statement of what can and should be done to advance the application of technology to education over the next few decades. As such, it should be read by all researchers and professionals in educational technology.

Drawing from the study of human reasoning, Argumentation describes different types of arguments and explains how they influence beliefs and behaviour. Raymond Nickerson identifies many of the fallacies, biases, and other flaws often found in arguments as well as 'stratagems' (schemes, illogical and alogical tactics) that people regularly use to persuade others. Much attention is given to the evaluation of arguments. Readers will learn a new schematic for evaluating arguments based on cognitive science. As a source for understanding and evaluating arguments in decision-making, it is ideal for courses on cognition, reasoning, and psychology.

Industry veteran Raymond Nickerson provides an extensive introduction to the information technology revolution that is transforming industrial society. He focuses particularly on the study of person-computer interaction, noting how computers are affecting their users and society as a whole, and describes a variety of ways in which information technology is expected to develop in the forseeable future.Nickerson summarizes the development of information technology and discusses many of its applications - in farming, research, education and training, manufacturing, general management, retailing, defense, and elsewhere - that have already had a substantial impact on society. He reviews the human-factors research that has been done and is underway, with special attention to the physical and cognitive interface, including languages, conversational interactions, and the concepts of friendliness and usability.Raymond S. Nickerson is Senior Vice President of BBN Laboratories, a subsidiary of Bolt Beranek and Newman Inc. A Bradford Book.

The ability to think probabilistically is important for many reasons. Lack of it makes one prone to a variety of irrational fears and vulnerable to scams designed to exploit probabilistic naivete, precludes intelligent assessment of risks, ensures the operation of several common biases, impairs decision making under uncertainty, facilitates the misinterpretation of statistical information, precludes critical evaluation of likelihood claims, and generally undercuts rational thinking in numerous ways. Cognition and Chance presents an overview of the necessary information needed to make educated assumptions about the statistical or probabilistic characteristics of a situation to better prepare the reader to make intelligent assessments of risk, enhance decision making under uncertainty, facilitate the understanding of statistical information, and critically evaluate the likelihood of clams. For this reason, the book appeals to researchers and students in the areas of probability, statistics, psychology, business, economics, decision theory, and those who evaluate social dilemmas. The only prerequisite is standard high school math. individuals are at thinking probabilistically and how consistent is their reasoning under uncertainty given the principles of mathematical statistics and probability theory. It reviews the evidence that has been produced in researchers' attempts to investigate these and similar types of questions. Seven conceptual chapters analyze such things as probability and chance, randomness, coincidences, inverse probability, paradoxes and dilemmas, and statistics. The remaining five chapters focus on individuals' abilities and limitations as probabilistic thinkers by examining such issues as estimation and prediction, perception and covariance, choice under uncertainty, and intuition.