The Study of Living Control Systems: A Guide to Doing Research on Purpose [Hardcover]

This book describes psychological research methods that treat the behavior of living organisms as purposeful rather than mechanical.This book is for psychologists and social or behavioral scientists who are interested in learning a new approach to studying the behavior of organisms. The approach is based on a theory of behavior called Perceptual Control Theory (PCT) that views organisms as purposeful rather than mechanical systems.This book is for psychologists and social or behavioral scientists who are interested in learning a new approach to studying the behavior of organisms. The approach is based on a theory of behavior called Perceptual Control Theory (PCT) that views organisms as purposeful rather than mechanical systems.This book is a guide to doing a new kind of psychological research that focuses on the purposes rather than the causes of behavior. The research methods described here are based on a theory of behaviour called Perceptual Control Theory (PCT) that views organisms as purposeful rather than mechanical systems. According to PCT, purposeful behaviour involves acting to control perceptual input variables. Thus, understanding the purposeful behaviour of living organisms is a matter of determining the perceptual variables they are controlling when they are carrying out various behaviors. This book outlines research methods that determine what perceptual variables an organism is controlling, how it controls those variables, and why. It also describes methods for studying how an organism develops the ability to control different perceptions and how consciousness might be involved in this process.Preface; 1. Living control systems; 2. Doing research on purpose; 3. Getting started; 4. Basic research on purpose; 5. Exploring the hierarchy; 6. Learning; 7. Social control; 8. Back to the future (of PCT research).'This book provides, with practical examples, some much-needed insight into how to study what living things do from beyond a stimulusresponse perslƒ”