A recent study indicates that 20 million people in the United States have significant sensorineural hearing loss. Approximately 95% of those people have partial losses, with varying degrees of residual hearing. These percentages are similar in other developed countries. What changes in the function of the cochlea or inner ear cause such losses? What does the world sound like to the 19 million people with residual hearing? How should we transform sounds to correct for the hearing loss and maximize restoration of normal hearing? Answers to such questions require detailed models of the way that sounds are processed by the nervous system, both for listeners with normal hearing and for those with sensorineural hearing loss. This book contains chapters describing the work of 25 different research groups. A great deal of research in recent years has been aimed at obtaining a better physiological description of the altered processes that cause sensorineural hearing loss and a better understanding of transformations that occur in the perception of those sounds that are sufficiently intense that they can still be heard. Efforts to understand these changes in function have lead to a better understanding of normal function as well. This research has been based on rigorous mathematical models, computer simulations of mechanical and physiological processes, and signal processing simulations of the altered perceptual experience of listeners with sensorineural hearing loss. This book provides examples of all these approaches to modeling sensorineural hearing loss and a summary of the latest research in the field.

Why did Newton struggle for thirty years to make gold by alchemy - and then become Master of the Mint? Why do we blush? Why do we have illusions? In this collection of essays, originally published in 1994, Richard Gregory once again delights and tantalizes with tales of his childhood, his family and friends, the famous and the infamous, and weaves them into a rich pattern to illuminate scientific principles and puzzles. If you can put the book down, each essay is complete on its own, but they are united by the magic of human perception. From seeing and hearing to feeling and believing, from the shape of traffic signs to knowledge of quantum mechanics, all our interactions with the outside world are mediated by perception. Our knowledge is further distilled by the machines which help our own biological mechanisms, like microscopes and telescopes, electric light, and even more powerfully by computer technology. But if the natural structures of perception can affect our interpretation of the world, how much more dramatically might science education and tools of information technology enhance - though sometimes mislead - our perception of reality? Even Odder Perceptions may not have all the answers, but it certainly poses more questions.

The systematic scientific investigation of human perception began over 130 years ago, yet relatively little is known about how we identify complex patterns. A major reason for this is that historically, most perceptual research focused on the more basic processes involved in the detection and discrimination of simple stimuli. This work progressed in a connectionist fashion, attempting to clarify fundamental mechanisms in depth before addressing the more complex problems of pattern recognition and classification. This extensive and impressive research effort built a firm basis from which to speculate about these issues. What seemed lacking, however, was an overall characterization of the recognition problem - a broad theoretical structure to direct future research in this area. Consequently, our primary objective in this volume, originally published in 1981, was not only to review existing contributions to our understanding of classification and recognition, but to project fruitful areas and directions for future research as well. The book covers four areas: complex visual patterns; complex auditory patterns; multi-dimensional perceptual spaces; theoretical pattern recognition.

Originally published in 1978, the laws and procedures governing person identification parades, photofit pictures and the forms of questions asked to obtain a description, had been increasingly called into question. The problem had been highlighted by several well publicised court cases, and considered by the Devlin Committee. This book reviews the status of psychological knowledge at the time concerning the many aspects of person identification and scientifically evaluates the methods and procedures used. Contrary to the popular belief that identification is a simple affair, the authors use the theory and method of psychology to reveal the sources of the difficulties involved in recognising a once-seen person. Estimates of just how good a witness can be are drawn from laboratory studies using face photographs, from mock crime incidents, and from actual criminal cases, for reliability varies markedly in each of these three situations. Both an individual and a social perspective is taken of the eye-witnesses, and research into perception and memory, together with individual differences in such things as cognitive style, personality, suggestibility, age, sex, and ability to form both eidetic and memory images, are examined. The social aspects of stereotypes, the presence of other witnesses and the desire to be a 'good witness' are all discussed at length. Finally an extended examination of the possibility of voice parades and changes in identification procedures, together with man-machine interaction techniques, is undertaken.

Perception is about the reception, selection, acquisition, transformation and organization of sensory information. This book, originally published in 1976, discusses a number of aspects of human perception within a theoretical framework in which man is considered as a processor of information. The main emphasis is on visual perception with particular reference to looking and pattern recognition; selective listening and speech recognition are also discussed.

Originally published in 1974: 'This book sets forth a theory of cognitive development based on simple but powerful processes of inference. The theory is applied with great ingenuity and freshness to complex phenomena found during intellectual development. Dr Bryant has written an important and original book.' (J.S. Bruner) 'In this elegant, timely and brief volume, Dr Bryant produces strong experimental evidence which not only challenges Piaget's ideas, but even more importantly synthesizes the old and new findings into a newer theory of perceptual development. The importance of this book lies both in its demonstration of elegant experimental techniques in working with young children, and in the optimism it will eventually bring to all concerned with their education. Realizing that children can make deductive inferences at an early age, educators will have to rethink some of their approaches to the teaching of young children. The studies related to the understanding of number have crucial implications for the future teaching of mathematics. This book will cause many people to take fresh thoughts on the subjects here dealt with, and so it can be strongly recommended for all students of child development.' (William Yule, British Journal of Psychiatry)

ICPA provides a forum for researchers and academics who share a common interest in ecological psychology to come together, present new research, and foster ideas towards the advancement of the field. This volume is the fourteenth in the Studies in Perception and Action book series, and highlights research presented at the 19th International Conference of Perception and Action (ICPA) in the summer of 2017. Since 1991, this edited book series has appeared in conjunction with the biennial ICPA meeting. The short papers and empirical articles presented in this book represent the contributions of researchers and laboratories from across the globe. The reader will find new, cutting-edge research on a wide variety of topics in perception and action. This volume will especially appeal to those that are interested in James J. Gibson's ecological approach to psychology, as well as, more broadly, students and researchers of visual and haptic perception, perceptual development, human movement dynamics, human factors, and social processes.

Features first hand accounts of the development of Ecological Psychology. Reflects on how the field has changed since the original interviews. Provides an interdisciplinary overview of Ecological Psychology and will appeal to researchers of this field, as well as those studying the History of Psychology and Cognitive Science more broadly.

1. Relates the fundamental principles of the interdependent disciplines of Psychology, Art, and Creativity together in one resource in a clear and accessible way. 2. Will be accompanied by extensive online content developed by the author for her own MOOC, including quizzes, reflection exercises, videos, resources, further readings and other valuable tools that can help them connect deeply with the content. 3. Designed for use on courses focusing on the Psychology of Art, Creativity, or Art Therapy.

The general aim of this volume is to investigate the nature of the relation between pictorial experience and aesthetic appreciation. In particular, it is concerned with the character and intimacy of this relationship: is there a mere causal connection between pictorial experience and aesthetic appreciation, or are the two relata constitutively associated with one another? The essays in the book's first section investigate important conceptual issues related to the pictorial experience of paintings. In Section II, the essays discuss the notion of styles, techniques, agency, and facture, and also take into account the experience of photographic and cinematic pictures. The Pleasure of Pictures goes substantially beyond current debates in the philosophy of depiction to launch a new area of reflection in philosophical aesthetics.

The Comprehension of Jokes consolidates and develops the tradition of analysing jokes, by defining a framework of concepts which are suited to capturing what happens when someone understands a joke. The collection of concepts presented improves upon past work on joke analysis, outlining a simple model of text comprehension which supports all the assumptions necessary for a model of joke-understanding. This proposed framework encompasses and integrates a relatively wide range of disparate factors, including incongruity, superiority, and impropriety. Written by an expert in the field of humour, it provides a conceptual basis which will help to map out the landscape of joke comprehension. The book draws on past suggestions in many areas, primarily philosophy, psychology, linguistics, and artificial intelligence. Current theories of how people understand non-humorous texts offer some important ideas, such as the need for representations of differing beliefs about the world, or the way that predictions may occur during the understanding of a text. The framework improves the clarity and coherence of some existing theoretical proposals and combines these ideas into a well-defined way of describing how a person understands a newly-encountered joke. All this is illustrated using typical textual jokes, some analysed in considerable detail. The book enables hypotheses about why jokes are funny to be stated more precisely and compared more easily, and should contribute to the development of a fuller cognitive model of joke comprehension. The Comprehension of Jokes will be of great interest to academics and postgraduate students in humour research, as well as those in disciplines like linguistics, psychology, and cognitive science who wish to explore the field of jokes and humour.

- Coverage of deaf people and cognition, neuroscience, bimodal/bilingualism, and education technology - Strong multicultural focus - Case studies from authors' clinical and educational practices - Three deaf and one hearing author-a deaf/hearing bilingual team

Synthesizing a range of studies on morphological processing from the past 30 years, this edited collection presents the current state of knowledge on morphological processing and defines classroom practices to help students conceptualise the role of morphology in reading, spelling, and vocabulary development. Research has increasingly indicated the importance of morphological tasks in relation to reading, spelling, and vocabulary acquisition in the classroom. Chapter authors present the theoretical considerations guiding morphological processing research to date, address the use of morphology with reference to different populations of learners, and propose effective and innovative instructional strategies for integrating morphology in the classroom.

Why do we consider incest wrong, even when it occurs between consenting adults unable to have children? Why are words that gross us out more likely to be deemed "obscene" and denied the protection of the First Amendment? In a world where a gruesome photograph can decisively influence a jury and homosexual behavior is still condemned by some as "unnatural," it is worth asking: is our legal system really governed by the power of reason? Or do we allow a primitive human emotion, disgust, to guide us in our lawmaking? In Objection, psychologists Debra Lieberman and Carlton Patrick examine disgust and its impact on the legal system to show why the things that we find stomach-turning so often become the things that we render unlawful. Shedding light on the evolutionary and psychological origins of disgust, the authors reveal how ancient human intuitions about what is safe to eat or touch, or who would make an advantageous mate, have become co-opted by moral systems designed to condemn behavior and identify groups of people ripe for marginalization. Over time these moral stances have made their way into legal codes, and disgust has thereby served as the impetus for laws against behaviors almost universally held to be "disgusting" (corpse desecration, bestiality) - and as the implicit justification for more controversial prohibitions (homosexuality, use of pornography). Written with a critical eye on current events, Lieberman and Patrick build a case for a more reasoned approach to lawmaking in a system that often confuses "gross" with "wrong."

The case study of John has provided a unique insight into the nature of visual agnosia and more broadly into the underlying processes which support human vision. After suffering a stroke, John had problems in recognizing common objects, faces, seeing colours, reading and finding his way around his environment. A Reader in Visual Agnosia brings together the primary scientific papers describing the detailed investigations for each visual problem which the authors carried out with John, known as patient HJA. This work was summarised initially in To See But Not To See (1987), and 26 years later in A Case Study in Visual Agnosia Revisited (2013). The chapters are divided into 6 parts corresponding to the key areas of investigation: Integrative visual agnosia Perception of global form Face perception Colour perception Word recognition Changes over time Each part contains a short introduction, written by the two leading researchers who worked with John, which highlights the relations between the papers and demonstrates the pathway of the case analysis. The book will be invaluable to students and researchers in visual cognition, cognitive neuropsychology and vision neuroscience.

Originally published in 1974, this introductory text has been designed specifically for teachers in training, and it presents the basic psychological principles governing learning, perception, motivation and the retention of knowledge at the time. The text is carefully tailored for would-be teachers in its clear and informal style, and in its selective aspects of psychology which the teacher can use to advantage in his efforts to assist the child. The book has an eclectic approach to psychological theory, drawing upon the insights of behaviourism, perceptualism and the Gestalt school, as well as the developmental theories of Jean Piaget. The author discusses in some detail theories concerning the nature of intelligence, and the relationship between creativity and intelligence; and he investigates the dynamics of social adjustment, introducing the part that may be played by meditation in helping to solve some of the problems of emotional stress within the learning situation. In his consideration of the management of learning, the author lays much emphasis upon the importance of individual cognitive styles, individualizing instruction and independent learning. In one chapter Dr Mueller is concerned with factors in the measurement of personality and of performance in the classroom, and he reflects upon the specific problem of objectivity in such assessment. Finally, some consideration is given to the problems and characteristics of the socially disadvantaged child and to the role of the teacher in helping to solve some of the learning problems of these children.

This book discusses human perception and performance within the framework of the theory of self-organizing systems. To that end, it presents a variety of phenomena and experimental findings in the research field, and provides an introduction to the theory of self-organization, with a focus on amplitude equations, order parameter and Lotka-Volterra equations. The book demonstrates that relating the experimental findings to the mathematical models provides an explicit account for the causal nature of human perception and performance. In particular, the notion of determinism versus free will is discussed in this context. The book is divided into four main parts, the first of which discusses the relationship between the concept of determinism and the fundamental laws of physics. The second part provides an introduction to using the self-organization approach from physics to understand human perception and performance, a strategy used throughout the remainder of the book to connect experimental findings and mathematical models. In turn, the third part of the book focuses on investigating performance guided by perception: climbing stairs and grasping tools are presented in detail. Perceptually relevant bifurcation parameters in the mathematical models are also identified, e.g. in the context of walk-to-run gait transitions. Chains of perceptions and actions together with their underlying mechanisms are then presented, and a number of experimental phenomena - such as selective attention, priming, child play, bistable perception, retrieval-induced forgetting, functional fixedness and memory effects exhibiting hysteresis with positive or negative sign - are discussed. Human judgment making, internal experiences such as dreaming and thinking, and Freud's concept of consciousness are also addressed. The fourth and last part of the book explores several specific topics such as learning, social interactions between two people, life trajectories, and applications in clinical psychology. In particular, episodes of mania and depression under bipolar disorder, perception under schizophrenia, and obsessive-compulsive rituals are discussed. This book is intended for researchers and graduate students in psychology, physics, applied mathematics, kinesiology, and the sport sciences who want to learn about the foundations of the field. Written for a mixed audience, the experiments and concepts are presented using non-technical language throughout. In addition, each chapter includes more advanced sections for modelers in the fields of physics and applied mathematics.

Foundations of Sensation and Perception offers a comprehensive and accessible introduction to the science of sensation and perception. It covers all the human senses and answers many questions, such as why movies are so convincing, how ventriloquism works, why things sound different as you get older and why you may feel ill in an aircraft or sea vessel. Full of illustrations and graphs that bring concepts to life, the textbook covers vision, hearing, balance, touch, pain, smell and taste. It discusses each sensory system through its fundamental neuroscience, major perceptual qualities and underlying coding principles. Each chapter includes reflective questions, key terms and information boxes and chapter summaries. Each chapter ends with a tutorial section which introduces more advanced areas of study in an accessible way (including measurement of light and Fourier analysis) as well as topics outside of the mainstream of sensation (including music perception, colour deficiencies and phantom limbs). The fourth edition of this bestselling textbook includes an extensive update of the text to reflect the latest research, a greater focus on balance and the body senses and a major reorganisation of the chapters for ease of use. It will be an invaluable resource for a wide range of undergraduate students in psychology, neuroscience and related disciplines.

Originally published in 1988 Applied Cognitive Psychology draws on the psychology of perception, attention, and cognition to give an understanding of some everyday activities and skills. Paul Barber focuses on processes involved in selecting simple actions, face perception, reading, and tasks requiring attention skills. He uses practical problems as starting points for discussion, including mental overloading in air-traffic controllers, cooker-hob design, the use of Photokit/identikit, and reading from computer screens. The book also examines the strengths and limitations of the basic analytical approach of 'information-processing' in psychology. As well as providing a textbook for students of psychology and ergonomics, Applied Cognitive Psychology will still be welcomed by those from other disciplines - management studies, education, sports science - who need to understand skilled behaviour in applied settings.

The early years of modern experimental psychology were marked by a considerable amount of research on attention, and much work was carried out in the laboratories of Wundt, Titchener and Helmholtz. For various reasons, research on attention declined from 1920 until the 1950s. Under the early philosophy of behaviourism, attention became suspect as a 'mentalistic' concept. At the time of original publication in 1969, however, much work had been done to quantify and make objective research in this area. This was of increasing importance in a world dominated by communication networks, and 'man-machine' systems, in which the human element is the weakest link due to the limits on the rate at which man can handle information. Following the publication of Broadbent's Perception and Communication in 1958, work on attention had begun to pour from an ever increasing number of laboratories. This book is dedicated to summarising what we knew, and attempts to survey the behavioural research in vision and hearing which throw light on how we share and direct attention, what are the limits of attention, to make some general methodological recommendations, to review current theories of the time, and to provide a guide to the relevant physiological work. As far as possible, work on memory has been omitted. A bibliography of the major work to the spring of 1969 is included.

Originally published in 1981, Workshops in Perception is designed to enable students to devise their own experiments in sensory processes or perception. The thirty workshops include over a hundred different possible student projects covering the full range of the senses and interactions among them. The topics range from simple perimetry to the perception of language and social situations. In addition to more traditional topics such as illusions, adaptation and after-effects, they include lifespan perceptual development, musical illusions, and even a consumer-oriented study of road atlases. Each of the ten major sections has a general introduction to the topic with suggestions for reading. Each workshop has a more specific introduction to its topic, and an experiment outlined. A typical outline will suggest more independent variables than a student can handle, and it is up to the student to select the variables he considers important and to choose the appropriate levels of the variables. Although many suggestions are made regarding the actual running of each workshop, deciding precisely how to carry out the experiment is left up to the student. Pilot work and consultation with the tutor is encouraged. Suggestions for the form of the analysis are made, but again the details are left to the student. Several alternatives to the main workshop are outlined briefly, and these are suited to the more adventurous or advanced student. Thus the book is suited to students with a wide range of ability.

Originally published in 1963, this is a classic work on the psychology of perception. By means of suitable patterns on a partly concealed rotating disc Michotte was able to give the impression of objects in movement; and where certain conditions of speed, position, and time-interval were satisfied, his subjects received the impression of a causal interaction between two objects - for example, the impression that one object has 'bumped into' another (the 'Launching Effect') or is carrying it along (the 'Entraining Effect'). In a further group of experiments Michotte studies the conditions in which moving objects look as though they are alive. A large number of experiments are described, and on the basis of them Michotte formulates a theory as to the conditions in which causal impressions occur. He also compares his own views on causality with those of Hume, Maine de Biran, and Piaget.

Originally published in 1978, this study examines the shortcomings of some theoretical approaches to psychological and neurophysiological mechanisms at the time. Keith Oatley illustrates the extent of these shortcomings by showing how inefficient brain researchers - using their present approaches - would be in trying to understand a computer, which is considerably simpler than the human brain. He concludes that we need better theories than those usually espoused in psychology, and goes on to expound a theory of cognitive representation and inference in perception, which began with Helmholtz more than a hundred years ago but which can now be given substance and formal structure in artificial intelligence programs. The author deploys this theory to give an account of some fundamental problems, such as how we see a three-dimensional world, and how the brain copes so well with incomplete sensory data and with damage to its own components.

Contrary Imaginations was an original and suggestive study of two types of intelligent schoolboy - the converger with his preference for science and the diverger with his leaning towards the arts. In Frames of Mind, originally published in 1968, Liam Hudson extends and enriches this classification and begins to detect the existence of two subcultures. Within these it is not merely a question of leanings towards science or the arts as a vocation: respect for authority, masculine and feminine tendencies, qualities of perception, and the prevalent myths about various callings are all involved. The result is a very human and well-grounded investigation of the profound forces (whether of social origin or based within their own personalities) which, in varying ways, influence young people in choosing a career.

'How do children see the world?' is a question of immense importance which fascinates not only psychologists but also parents and all those concerned with education. In this English translation, first published in 1976, the author, who was Professor of Psychology at the Rene Descartes University in Paris, provided the most comprehensive review at the time of the development of visual perception in children, a field to which she herself had made a substantial contribution. Her book, which gave the first comprehensive study of the relationship between cognitive development and perceptual activities in small children, explores how they interpret visual information and gradually build up a picture of the world. The author had devoted fifteen years to research on the visual world of the child and possessed an exhaustive knowledge of the experimental literature on the subject in English, French, Russian and other languages. She saw perception as a form of knowledge which the child exploits and adapts in a variety of ways at different stages of development. This is brilliantly demonstrated in her own research on the strategies children use in judging things as 'different' or 'the same' and the way these relate to the structure of their perceptual organisation. This book is essential reading for anyone with a serious interest in developmental and cognitive psychology; it also provides an object lesson in the application of experimental methods. In addition the organisation of the material made it a valuable textbook for advanced undergraduate and post-graduate teaching and will still be of interest in its historical context today.