WEEK 9: Knowledge Flashcards

1
Q

KNOWLEDGE
A type of knowledge that enables us to recognize objects and events and to make inferences about their properties.

A

Conceptual Knowledge

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2
Q

According to Smith, concept is the “_______ ___________ of a class or individual”.

A

Mental representation

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3
Q

According to Kiefer & Pulvermüller concepts are the categories of _______, ______, and ________ _________.

A

Objects, events, and abstract ideas

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4
Q

This includes all possible examples of a particular concept. In this way, concepts provide the rules for creating it.

A

Category

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5
Q

APPROACH TO CATEGORIZATION
Deciding whether something is a member of a certain category by determining whether it meets the criteria or definition of said category.

A

Definitional Approach

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6
Q

APPROACH TO CATEGORIZATION
Proponent of the idea of “family resemblance”.

A

Wittgenstein

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7
Q

APPROACH TO CATEGORIZATION
The idea that things in a particular category resemble one another in a number of ways.

A

Family Resemblance

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8
Q

APPROACH TO CATEGORIZATION
Membership in a category is determined by comparing the object to a prototype that represents the category.

A

Prototype Approach

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9
Q

APPROACH TO CATEGORIZATION
It is a “typical” member of a category.

A

Prototype

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10
Q

APPROACH TO CATEGORIZATION
Proponent of the Prototype Approach.

A

Eleanor Rosch

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11
Q

PROTOTYPE APPROACH
A form of typicality in which a category member closely resembles the category prototype.

A

High Typicality

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12
Q

PROTOTYPE APPROACH
A form of typicality in which the category member does not closely resemble a typical member of the category.

A

Low Typicality

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13
Q

EFFECTS OF PROTOTYPICALITY

Things in a category resemble each other in a number of ways.

A

Family Resemblance

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14
Q

EFFECTS OF PROTOTYPICALITY

People react rapidly to members of a category that afe ”typical” of the category.

A

Typicality

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15
Q

EFFECTS OF PROTOTYPICALITY

People are more likely to list some objects than others when asked to name objects in a category.

A

Naming

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16
Q

EFFECTS OF PROTOTYPICALITY

Presentation of one stimulus affects responses to a following stimulus.

17
Q

APPROACH TO CATEGORIZATION

Involves determing whether an object is similiar to other objects. The standard approach involves many examples.

A

Exemplar Approach

18
Q

EXEMPLAR APPROACH

Actual members of the category that a person has encountered in the past.

19
Q

TRUE OR FALSE | EXEMPLAR APPROACH

Prototypes can more easily take into account atypical cases than Exemplars.

A

FALSE, Exemplars can more easily take into account atypical cases.

20
Q

TRUE OR FALSE | EXEMPLAR APPROACH

The exemplar approach doesn’t discard information that might be useful later or in different circumstances.

21
Q

APPROACH TO CATEGORIZATION

Concepts are arranged in networks. The first aim being to develop a computer model of human semantic memory.

A

Semantic Network Approach

22
Q

SEMANTIC NETWORK APPROACH

Each network consists of nodes connected by ____. Each ____ represents a category or concept and a number of properties are indicated for each.

Concepts are placed in such a way that related concepts are connected.

A

links; link

23
Q

SEMANTIC NETWORK APPROACH

Properties that hold for most members of a concept are stored at higher level nodes.

A

Cognitive Economy

24
Q

COGNITIVE ECONOMY

A form of dementia that causes general loss of knowledge for all concepts.

A

Semantic Dementia

25
This is also called as **Parallel Distributed Processing (PDP)**. An approach to creating computer models for representing cognitive processes.
Connectionist Model
26
**CONNECTIONIST MODEL** What does **PDP** stand for?
**P**arallel **D**istributed **P**rocessing
27
**CONNECTIONIST MODEL** This feature of the model determines how signals sent from one unit either increase or decrease the activity of the next unit.
Connection Weights
28
**CONCEPTS IN THE BRAIN** The hypothesis wherein one has the ability to identify one type of object but retain the ability to identify other types of objects.
Sensory-Functional Hypothesis
29
**CONCEPTS IN THE BRAIN** The approach that states that there are **specific neural circuits** in the brsin for some specific categories.
Semantic Category Approach
30
**CONCEPTS IN THE BRAIN** Focuses on areas of the brain that are specialized to respond to **specific types of stimuli**. It also emphasizes that the brain's response to items from a particular category is distributed over a number of different cortical areas that process sensory, motor affective and conceptual information and it is the **connectivity between these areas** that is central to this approach.
Semantic Category Approach
31
**CONCEPTS IN THE BRAIN** This approach focuses not on brain areas or networks but on **searching for more factors or dimensions** that determine how concepts are divided up within a category.
Multiple-Factor Approach
32
**CONCEPTS IN THE BRAIN** This approach states that our knowledge of concepts is based on **reactivation of sensory and motor processes that occur when we interact with the object**. Concepts are grounded in perception and action.
Embodied Approach