PSY2040 - Cognitive Psychology Flashcards
Chap 1 - Foundation
Reductionism
Eliminative Materialism
Abstract
**Reductionism: **the notion that we can reduce ideas relating to mental events to a basic physical level.
**Eliminative Materialism. **the viewpoint that once we understand the electro-chemical workings of the brain, we will understand the mind.
Abstract: something that is defined without reference to the material world.
Chap 1 - Foundation
Dualism
Behaviuuorism
Principles of Associationism
Dualism: the mind is a mental entity distinct fromt he physical world.
not widley accepted as it is difficult to identify how the physical and mental worlds interact.
**Behaviuuorism: **strives to achieve a description of human behaviour in terms of the *laws of behaviour. *
**Principles of Associationism: **statements that collectively specify how association formation takes place.
Chap 1 - Foundation
Occam’s Razor
The principle that given two competing theories that make the same prediction, the preferred theory is the one that is the simpler.
Chap 1 - Foundation
**Central State Identity Theory **
Type Idenitiy
Token Identity
To understand the mind, we must understand the brain. (General theory of all cognitive Theories)
Two versions:
**Type Identity Theory: **each type of mental event maps onto a different type of neurological event. claims feeling pain (mental) and nerve cells firing (physical) are the same thing. One occurs with the other.
Different Brains Problem: Two different brains feeling the same thing may use different nerve cells.
Token Identity Theory: mental events correspond with neurological events, but there is an acceptance that there may well be a variety of neurological events that underlie each mental event.
Chap 1 - Foundation:
Function and Functional Role
To understand the full workings of the brain, we need to have
- a description of the structure of the components
- a specification of how these are interconnected
- a complete description of the functional role of each of the components.
Functionalism: it is possible to see how two different neurophysiological (brain) states may underlie the same mental state - as long as the two neurophysiological (brain) states serve the same functional role then they capture the same mental state.
Chap 1 - Foundation:
Marr’s Three Levels of Description
- cumputational theory: what the device does and why
- representation and algorithm: how states of the world are represented and what the contigent internal processes are
- **hardware implementation: **how the desiganated representations and processes are implemented physically.
Chap 1 - Foundation:
Reductionism
the doctrine that we can reduce all accounts of behavior to a very basic physical level
According to reductionists, understanding the mind reduces to understanding the basic electro-chemical states and processes that characterise behavior of neurons.
Chap 2 - Intro
Connectionism
Computational Metaphor
Architectual Characteristics
cognitive Neuropsychology
Connectionism: a discipline that attempts to gernerate computer models of the mind based on brain-like architectures.
Computational Metaphor: mental processes are computational processes
Architectual Characteristics: how the mind might be composed and organised into its constituent components.
Cognitive Neuropsychology: a cognitive approach that concentrates on comparisons between performance of individuals suffering from some form of brain damage with idividuals with intact brains.
Chap 2 -
Artificial Intelligence Approach
The aim is to generate a new computer program that mimics the behaviour of the observed program.
the new computer program is considered to be **demonstration proof. **
“developing computer programs”
Chap 2 -
Neuroscience Approach
Understanding what areas light up during certain functions
“how brains work”
Chap 2 -
Cognitive Approach
generating flow charts on the basis of measuring oberservable behavior
Chap 2 -
Information Theory
A methematical account of how a communication system works
This process was adopted to describe the mind.
Human organisms consist of certain sensory systems (eye, ears, nose) which operate as recievers of external inputs; these recievers operate to encode these inputs via sensory encoding or sensory transduction.
Stimulus Representation: how the stimulus is encoded following the operation of the perceptual mechanisms.