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Attractor network

An attractor network is a type of recurrent dynamical network, that evolves toward a stable pattern over time. Nodes in the attractor network converge toward a pattern that may either be fixed-point (a single state), cyclic (with regularly recurring states), chaotic (locally but not globally unstable) or random (stochastic). Attractor networks have…

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Map overview Semantic statistics

Attractor network

Nodes30
Edges29
Triples44
Avg. degree1.93
Density0.066667
Components1

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Attractor network

Top relations

related to Fixed point attractors · 8
Attractor network → Another, Conventionally, Hopfield, However, If, One, The, These
related to Hopfield networks · 5
Attractor network → Bidirectional, Hopfield, The, These, Wx
related to Localist attractor networks · 5
Attractor network → Determine, Localist, Mozer, This, Zemel
related to overview · 5
Attractor network → Attractor, Chaotic, Cyclic, In, The
related to Reconsolidation attractor networks · 4
Attractor network → EM, Further, Siegelmann, This
related to Implementations · 3
Attractor network → Attractor, Furthermore, However
related to Types · 3
Attractor network → Hopfield, Various, While
is a · 1
Attractor network → type of recurrent dynamical network

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Important terminology

attractor network attractors networks states toward state pattern memory set model input nodes displaystyle used chaotic hopfield models time ring

Entity relationships Subject–Predicate–Object triples

SubjectPredicateObjectConfidenceSrc
Attractor networkis atype of recurrent dynamical network0.90text
associative memoryinstance ofAttractor networks have largely been used in computational neuroscience to model neuronal processes0.80text
motor behaviorinstance ofAttractor networks have largely been used in computational neuroscience to model neuronal processes0.80text
as well as in biologically inspired methods of machine learninginstance ofAttractor networks have largely been used in computational neuroscience to model neuronal processes0.80text
chewinginstance ofneurons that govern oscillatory activity in animals0.80text
walkinginstance ofneurons that govern oscillatory activity in animals0.80text
and breathing.Chaotic attractorsChaotic attractorsinstance ofneurons that govern oscillatory activity in animals0.80text
head direction or actual position in space.Ring attractorsA subtype of continuous attractors with a particular topology of the neuronsinstance ofcode for neighboring values of a continuous variable0.80text
and breathinginstance ofneurons that govern oscillatory activity in animals0.80text
head direction or actual position in spaceinstance ofcode for neighboring values of a continuous variable0.80text
k-nearest neighbor classifiersinstance ofcompared to other methods0.80text
Attractor networkrelated to Fixed point attractorsThe0.60section

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