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Study mode:
on
1
Intro
2
Categorization
3
Family resemblance
4
Prototypes vs. exemplars
5
Psychological spaces
6
Multidimensional scaling
7
Features not spaces
8
Violation of triangle inequality
9
Objectives
10
Convolutional neural networks
11
Collecting similarity judgments
12
Prediction performance
13
Hierarchical clustering
14
A basis for human representations
15
Birds vs. Planes
16
Category representations
17
Vector space models
18
Objections to spatial representations
19
Word association
20
The inadequacy of the cosine
21
Testing the parallelogram model
22
Testing on a wide range of relations
23
Human relational similarity judgments
24
Asymmetry in analogies
25
Violations of the triangle inequality
26
Conclusions
Description:
Explore the intersection of cognitive science and machine learning in this UC Berkeley lecture by Tom Griffiths on evaluating neural network representations against human cognition. Delve into key concepts like categorization, family resemblance, and psychological spaces. Examine the differences between prototypes and exemplars, and learn about multidimensional scaling techniques. Investigate the limitations of spatial representations and the importance of features in cognitive models. Analyze convolutional neural networks and their performance in predicting human similarity judgments. Discover how hierarchical clustering can provide insights into human representations of categories. Compare vector space models with human word associations and explore the challenges in modeling relational similarity. Gain a deeper understanding of the complexities involved in bridging artificial and human cognition through this comprehensive exploration of representation learning.

Evaluating Neural Network Representations Against Human Cognition

Simons Institute
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