The Study Of Living Control Systems

This book describes psychological research methods that treat the behavior of living organisms as purposeful rather than mechanical.

These introductions and readings provide a comprehensive range of information for the study of Perceptual Control Theory—papers, books, book reviews, resources on-line, demos and tutorial programs for your computer. Perceptual Control Theory, PCT, results from one man's curiosity, expertise, creativity and determination. The articles, books, and tutorial programs introduced in this volume would not have been written, certainly not this way, if it were not for William T. (Bill) Powers's seminal insight and tireless efforts across more that sixty years. The PCT explanation for what behavior is, how it works and what it accomplishes is well documented. It lays a foundation for a new natural science and can handle behavioral phenomena within a single testable concept of how living systems work. You can demonstrate it yourself with functioning computer simulations. Whether you are interested in improving education, resolving chronic psychological stress, understanding what is going on with an inconsolable baby, understanding the basis for our universal sense of justice, getting a different take on what emotions are, resolving conflict in general, becoming a better parent, manager, sales person, friend or lover, you will find fascinating insight when you review these readings and study this new explanatory concept with care.

Correspondence between William T. Powers, originator of Perceptual Control Theory, PCT, and Philip J. Runkel, professor of psychology and education at the University of Oregon. 500 pages of original letters show how Phil Runkel reevaluated everything he knew about psychology. This focused correspondence deals with the science (or lack thereof) and (inappropriate) methods used in psychology while introducing a new approach to a new natural science of psychology. Enclosures that go with the letters are available on the web.

Given the fundamental challenges to society in this era, a radical rewrite of how we approach science and culture is necessary. This handbook applies Perceptual Control Theory (PCT) to achieve a much needed convergence across the physical, life and social sciences, the humanities and arts. In doing so it addresses challenges such as mental illness, dementia, cancer care, toxic masculinity and societal oppression. It also reveals how PCT can be applied to practical issues such as understanding healthcare service implementation and human-machine interaction, as well as deeper questions such as consciousness and imagination. This second volume of the successful interdisciplinary handbook offers rich examples of how the unifying perceptual control framework can provide a viable alternative to existing theories and methodologies for a timely paradigm shift. Examines the relationship between our perceptions, consciousness, and imagination Provides computational and mathematical models for physiological systems, such as human movement, human-machine interaction, and psychological processes such as recovery from mental health problems Presents health as control which leads to game-changing suggestions in designing interventions for health behavior, cancer support, care for dementia, and mental health services Helps readers comprehend goals of teachers and students in education from a PCT perspective to show how educative interactions could be less coercive and foster flourishing The value of PCT is demonstrated in understanding cultural memes and social challenges such as toxic masculinity

Discusses in a concise but through manner fundamental statement of the theory, principles and methods for the analysis and design of control systems and their applications to real life practical control systems problems. This book includes concepts and review of classical matrix analysis, Laplace transforms, modeling of mechanical, and electrical.

Designed for graduate and upper-level undergraduate engineering students, this is an introduction to control systems, their functions, and their current role in engineering design. Organized from a design rather than an analysis viewpoint, it shows students how to carry out practical engineering design on all types of control systems. Covers basic analysis, operating and design techniques as well as hardware/software implementation. Includes case studies.