EAB 3703 Applied Behavior Analysis
EAB 3703: Applied Behavior Analysis Study Notes
Fundamental Concepts in Learning Behavior Analysis
Language of Behavior Analysis:
Learning behavior analysis resembles learning a new language and necessitates a technical understanding of behavior.
There is a distinction in terminology from everyday language and other social sciences.
Encouragement to think about behavior analytically for effective application.
Continuous Learning:
Each chapter/module builds sequentially; prior material is essential for understanding subsequent concepts.
Science and Behavior
Proposed by B.F. Skinner (1953):
The application of scientific methods to human behavior yields effective results.
Definition and Areas of Behavior Analysis
Behavior Analysis:
Defined as the science of behavior.
Follows the model of natural sciences with a focus on direct measurement of independent (environmental) and dependent (behavior) variables.
Standardized measurement as characterized by Johnston & Pennypacker (1980).
Three Areas of Behavior Analysis:
Behaviorism:
Philosophical framework and theoretical underpinnings
Includes concepts of determinism, empiricism, parsimony, pragmatism, and understanding behavior for prediction and control.
Experimental Analysis of Behavior:
Engages in scientific study to derive principles through experimentation.
Applied Behavior Analysis (Behavior Modification):
Focused on applying principles to real-world human problems.
Historical Figures in Behavior Analysis
Key Contributors:
Ivan Pavlov: Known for classical conditioning through studies of digestive reflexes.
John Watson: Coined term "Behaviorism" and advanced the reflexive nature of behavior.
Edward Thorndike: Studied problem-solving in animals; proposed the Law of Effect.
B.F. Skinner: Distinguished between respondent conditioning and operant conditioning, foundational for Applied Behavior Analysis.
Respondent Conditioning (Pavlov)
Definition: Respondent conditioning, also referred to as Classical conditioning, describes a reflex relationship where stimuli elicit responses.
Reflexes: Involves smooth and cardiac muscles, essentially significant in biological maintenance.
Types of Reflexes
Unconditioned Reflexes:
Built-in reflexes requiring no conditioning history (e.g., salivation in response to food).
Conditioned Reflexes:
Elicited after pairing a neutral stimulus with an unconditioned stimulus, establishing a conditioned response.
Concepts in Respondent Conditioning
Eliciting Responses: Distinguishes unconditioned and conditioned reflex responses based on prior exposure to stimuli.
Respondent Extinction: Occurs when the conditioned stimulus is presented without the unconditioned stimulus, diminishing its ability to elicit the conditioned response.
Stimulus Generalization: Identifies that stimuli similar to the conditioned stimulus may also initiate the conditioned response.
Applications of Respondent Conditioning
Conditioned Taste Aversion: Elicitation of aversive responses after experiencing illness correlated with certain foods.
Emotional Responding: Emotional responses can develop from stimuli associated with significant events, as demonstrated in Little Albert's experiment.
Sexual Responding: Associations can develop for sexual arousal based on past experiences with unconditioned stimuli.
Thorndike’s Law of Effect
Definition: States that behaviors resulting in satisfying outcomes are more likely to recur in similar situations, thus reinforcing the behavior.
Terminology:
Instrumental Behavior: Refers to behaviors leading to positive consequences.
Trial and Error Learning: Describes learning processes as slow, formed through repeated attempts and outcomes.
Learning Through Successive Escapes (Thorndike's Puzzle Box)
Concept: Illustrates how animals improve escape times from puzzles through learning from repeated trials, showcasing a gradual learning curve.
B.F. Skinner's Distinction of Learning Types
Respondent vs. Operant Conditioning:
Respondent conditioning deals with reflexive, involuntary behaviors while operant conditioning focuses on voluntary behaviors influenced by consequences.
Importance: Skinner's foundational work serves as the basis of Applied Behavior Analysis.*