Comparing biological and artificial vision systems : Network measures of functional connectivity

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Mathematics

100
Measures Mathematics
100
Functional Connecti... Mathematics
40
Path Length Mathematics
40
Convolutional Neura... Mathematics
20
Computational Mathematics
20
Gaussian Distributi... Mathematics
20
Open Question Mathematics
20
Network Model Mathematics
20
Biological System Mathematics
20
weighted graph Mathematics
20
Clustering Coeffici... Mathematics
20
Artificial Neural N... Mathematics

Computer Science

100
Vision Systems Computer Science
100
Functional Connecti... Computer Science
100
Artificial Vision Computer Science
66
Deep Convolutional ... Computer Science
33
Neural Network Mode... Computer Science
33
Poisson Process Computer Science
33
Object Recognition Computer Science
33
Neural Network Arch... Computer Science
33
Biological System Computer Science
33
weighted graph Computer Science
33
Betweenness Computer Science
33
Clustering Coeffici... Computer Science
33
Network Property Computer Science
33
Theoretic Measure Computer Science
33
Biological Vision Computer Science
33
Machine Learning Computer Science
33
Learning System Computer Science
33
Computer Vision Computer Science
33
Artificial Neural N... Computer Science

Keyphrases

100
Functional Connecti... Keyphrases
100
Network Measures Keyphrases
100
Systems Network Keyphrases
100
VGG16 Keyphrases
100
Biological Vision S... Keyphrases
100
Artificial Vision S... Keyphrases
66
Biological Networks Keyphrases
66
Deep Convolutional ... Keyphrases
33
High Density Keyphrases
33
Poisson Keyphrases
33
Computer Vision Sys... Keyphrases
33
Machine Learning Keyphrases
33
Neuroscience Keyphrases
33
Density Measure Keyphrases
33
Path Length Keyphrases
33
Biological Systems Keyphrases
33
Weighted Graph Keyphrases
33
Network Properties Keyphrases
33
Visual System Keyphrases
33
Density Weight Keyphrases
33
Computational Neuro... Keyphrases
33
Artificial Network Keyphrases
33
Object Recognition ... Keyphrases
33
Graph-theoretic Mea... Keyphrases
33
Node Density Keyphrases
33
Biological Visual S... Keyphrases
33
Artificial Neural N... Keyphrases
33
Weighted Node Degre... Keyphrases
33
Gaussian Shape Keyphrases
33
Functional Connecti... Keyphrases
33
Mouse Visual System Keyphrases
33
Shortest Path Lengt... Keyphrases
33
Local Clustering Co... Keyphrases

INIS

100
comparative evaluat... INIS
100
vision INIS
100
neural networks INIS
66
length INIS
66
distribution INIS
66
density INIS
66
mice INIS
33
shape INIS
33
computers INIS
33
graphs INIS
33
machine learning INIS
33
measure theory INIS

Neuroscience

100
Visual System Neuroscience
100
Functional Connecti... Neuroscience
66
Neural Network Neuroscience
33
Recognition Neuroscience
33
Neurobiology Neuroscience
33
Artificial Neural N... Neuroscience
Research OutputsResearch Output authored by Comparing biological and artificial vision systems is tagged with the concept