Category:Computational neuroscience

**computational neuroscience**
	study of brain function in terms of the information processing properties of the structures that make up the nervous system
	Upload media
	Wikipedia
Subclass of	computational science; neuroscience;
Authority file
	Q8037925;
	Reasonator; Scholia; Wikidocumentaries; PetScan; statistics; WikiMap; Locator tool; KML file; Search depicted;

<nowiki>neurociencia computacional; 運算神經科學; Neurociència Computacional; Computational Neuroscience; Computational Neuroscience; computational neuroscience; عصب‌شناسی محاسباتی; 計算神經科學; Hesaplamalı nörobilim; 計算論的神経科学; beräkningsneurovetenskap; Обчислювальна нейронаука; 계산신경과학; Computational neuroscience; пресметковна невронаука; Neuroscienze computazionali; পরিগণনামূলক স্নায়ুবিজ্ঞান; neurosciences computationnelles; Arvutuslik neuroteadus; neurociência computacional; skaitļošanas neirozinātne; računalniška nevroznanost; Neurociência computacional; beregningsorientert nevrovitskap; beregningsorientert nevrovitenskap; komputa neŭroscienco; Вычислительная нейробиология; вылічальная нэўранавука; laskennallinen neurotiede; computational neuroscience; علم الأعصاب الحوسبي; Υπολογιστική νευροεπιστήμη; מדעי המוח החישוביים; İnterdisipliner bir Bilim Dalı; স্নায়ুবিজ্ঞানের শাখা; champ de recherche des neurosciences qui s'applique à découvrir les principes computationnels des fonctions cérébrales et de l'activité neuronale; розділ нейронауки, що використовує математичні методи та комп'ютерні симуляції для дослідження роботи нервової системи, зокрема мозку; раздел нейронауки; proučevanje delovanja možganov z vidika lastnosti obdelave informacij v strukturah, ki sestavljajo živčni sistem; interdisziplinäre Wissenschaftsrichtung, die sich mit den informationsverarbeitenden Eigenschaften des Nervensystems beschäftigt; área da neurociência que tem por objetivo propor modelos matemáticos e computacionais para simular e entender a função e os mecanismos do sistema nervoso; study of brain function in terms of the information processing properties of the structures that make up the nervous system; ענף במדעי המוח; 数学的・コンピュータ科学的なデータ解析やモデルを使って脳や体の神経の生化学分子、細胞、神経(ニューラル)ネットワーク、情報処理、認知機能などを研究する学際的科学; área de la neurociencia; theoretical neuroscience; علوم عصبية حاسوبية; невроинформатика; Komputationaalinen neurotiede</nowiki>

Subcategories

This category has the following 13 subcategories, out of 13 total.

Media in category "Computational neuroscience"

The following 77 files are in this category, out of 77 total.

2012 winners.jpg 1,536 × 1,024; 791 KB
A-Corticothalamic-Circuit-Model-for-Sound-Identification-in-Complex-Scenes-pone.0024270.s013.ogg 3.5 s; 21 KB
A-Corticothalamic-Circuit-Model-for-Sound-Identification-in-Complex-Scenes-pone.0024270.s015.ogg 3.5 s; 21 KB
An-Efficient-Coding-Hypothesis-Links-Sparsity-and-Selectivity-of-Neural-Responses-pone.0025506.s002.ogg 1.4 s; 12 KB
BCIAward2013.jpg 4,272 × 2,848; 3.61 MB
BCIAward2015.jpg 604 × 339; 80 KB
CapacitanciaNeurona.png 603 × 730; 175 KB
Cell builder menu in the Neuron GUI displaying six options for cell generation.jpg 789 × 371; 90 KB
Clusteron.png 2,045 × 810; 39 KB
Dynamical model of Rokni-Sompolinsky.png 881 × 1,025; 115 KB
En-Computational neuroscience.ogg 13 min 43 s; 6.73 MB
Exponential Integrate-and-Fire (schematic).jpg 2,667 × 1,500; 109 KB
Figure8 100dpi.png 354 × 374; 6 KB
Firing rate improved.png 561 × 420; 7 KB
From clusteron to sigmoidal neuron.png 746 × 1,063; 61 KB
Funcion sotfmax.jpg 2,448 × 3,264; 229 KB
Functional Brain Networks Develop from a “Local to Distributed” Organization.gif 545 × 410; 2.41 MB
Functional-Brain-Networks-Develop-from-a-“Local-to-Distributed”-Organization-pcbi.1000381.s009.ogv 49 s, 1,024 × 768; 18.46 MB
Hopfield dynamics spurious.gif 1,080 × 1,080; 8 KB
Hopfield dynamics.gif 1,080 × 1,080; 10 KB
Illustration diagram for the Spike-triggered average.pdf 1,702 × 1,527; 1.21 MB
Influence-of-Musical-Training-on-Understanding-Voiced-and-Whispered-Speech-in-Noise-pone.0086980.s001.oga 1.5 s; 11 KB
Influence-of-Musical-Training-on-Understanding-Voiced-and-Whispered-Speech-in-Noise-pone.0086980.s002.oga 1.5 s; 11 KB
Influence-of-Musical-Training-on-Understanding-Voiced-and-Whispered-Speech-in-Noise-pone.0086980.s003.oga 1.5 s; 11 KB
Initial bursting AdEx model.png 3,085 × 1,100; 175 KB
Integrate-and-Fire-Neuron-Model schematic drawing.jpg 2,667 × 1,500; 168 KB
Isopotential contours for a spherical soma with 7 cylindrical dendrites.png 1,448 × 1,387; 342 KB
Jorge V. José.jpg 1,500 × 2,100; 1.63 MB
Leaky Integrate-and-Fire model neuron (schematic).jpg 2,667 × 1,500; 168 KB
Modulocode.png 1,108 × 704; 63 KB
MorrisLecarHomoclincTimeDomain.gif 360 × 219; 475 KB
MorrisLecarHopfTimeDomain.gif 360 × 219; 597 KB
MorrisLecarSNICTimeDomain.gif 360 × 219; 472 KB
Multi unit measurement.png 1,563 × 1,179; 116 KB
Natural scenes through the koniocellular "Blue-on" retinal pathway.ogg 1 min 5 s, 504 × 288; 13.94 MB
Natural scenes through the magnocellular "OFF" retinal pathway.ogg 1 min 5 s, 504 × 288; 19.54 MB
Natural scenes through the magnocellular "ON" retinal pathway.ogg 1 min 5 s, 504 × 288; 18.53 MB
Natural scenes through the parvocellular "Green-on" retinal pathway.ogg 1 min 5 s, 504 × 288; 16.27 MB
Natural scenes through the parvocellular "Red-on" retinal pathway.ogg 1 min 5 s, 504 × 288; 17.59 MB
NEST raster.png 641 × 536; 38 KB
Neurobiological-Models-of-Two-Choice-Decision-Making-Can-Be-Reduced-to-a-One-Dimensional-Nonlinear-pcbi.1000046.g001.jpg 640 × 779; 69 KB
Neurobiological-Models-of-Two-Choice-Decision-Making-Can-Be-Reduced-to-a-One-Dimensional-Nonlinear-pcbi.1000046.g002.jpg 498 × 338; 30 KB
Neurobiological-Models-of-Two-Choice-Decision-Making-Can-Be-Reduced-to-a-One-Dimensional-Nonlinear-pcbi.1000046.g003.jpg 498 × 645; 34 KB
Neurobiological-Models-of-Two-Choice-Decision-Making-Can-Be-Reduced-to-a-One-Dimensional-Nonlinear-pcbi.1000046.g004.jpg 498 × 469; 47 KB
Neuron3.png 415 × 220; 46 KB
Noise-invariant-Neurons-in-the-Avian-Auditory-Cortex-Hearing-the-Song-in-Noise-pcbi.1002942.s001.oga 10 s; 59 KB
Noise-invariant-Neurons-in-the-Avian-Auditory-Cortex-Hearing-the-Song-in-Noise-pcbi.1002942.s002.oga 10 s; 60 KB
Noise-invariant-Neurons-in-the-Avian-Auditory-Cortex-Hearing-the-Song-in-Noise-pcbi.1002942.s003.oga 10 s; 53 KB
Noise-invariant-Neurons-in-the-Avian-Auditory-Cortex-Hearing-the-Song-in-Noise-pcbi.1002942.s004.oga 10 s; 47 KB
Noise-invariant-Neurons-in-the-Avian-Auditory-Cortex-Hearing-the-Song-in-Noise-pcbi.1002942.s005.oga 10 s; 51 KB
Noise-invariant-Neurons-in-the-Avian-Auditory-Cortex-Hearing-the-Song-in-Noise-pcbi.1002942.s006.oga 10 s; 50 KB
OpenfMRI journal statistics, 2016-09-19.png 1,165 × 959; 103 KB
Phase space trajectory of FitzHugh-Nagumo model.svg 489 × 325; 52 KB
Recognizing-Sequences-of-Sequences-pcbi.1000464.s001.ogg 11 s; 53 KB
Representation of Prediction Error.png 1,128 × 493; 67 KB
ResistenciaCapacitanciaNeurona.png 569 × 556; 23 KB
Scale-Free-Brain-Quartet-Artistic-Filtering-of-Multi-Channel-Brainwave-Music-pone.0064046.s001.oga 59 s; 553 KB
Scale-Free-Brain-Quartet-Artistic-Filtering-of-Multi-Channel-Brainwave-Music-pone.0064046.s002.oga 1 min 0 s; 576 KB
Schematic illustration of the analysis framework.jpg 1,013 × 1,199; 720 KB
Schoolkids show their scientific project.jpg 3,024 × 4,032; 3.95 MB
Simulation of variable x(n) in Rulkov map.svg 713 × 461; 42 KB
Simulation of variable x(t) in Fitzhugh-Nagumo model.svg 485 × 323; 22 KB
Simulation of variable x(t) in Hindmarh-Rose model.svg 492 × 329; 27 KB
Spike Response Model (schematic).jpg 2,667 × 1,500; 115 KB
Spike Response Model with escape noise (noisy output).jpg 2,667 × 1,500; 194 KB
Spike Time Prediction with Generalized Integrate-and-Fire model.jpg 2,667 × 1,500; 187 KB
Stdp biological.svg 450 × 450; 24 KB
Stochastic Spike Response Model, SRM and GLM.jpg 2,667 × 1,500; 235 KB
Taeniopygia guttata song - pone.0025506.s001.oga 1.4 s; 12 KB
Testing oscillatory dynamics for movement control.png 1,579 × 1,349; 76 KB
Towards-User-Friendly-Spelling-with-an-Auditory-Brain-Computer-Interface-The-CharStreamer-Paradigm-pone.0098322.s002.oga 1 min 30 s; 1.19 MB
Towards-User-Friendly-Spelling-with-an-Auditory-Brain-Computer-Interface-The-CharStreamer-Paradigm-pone.0098322.s003.oga 35 s; 538 KB
Towards-User-Friendly-Spelling-with-an-Auditory-Brain-Computer-Interface-The-CharStreamer-Paradigm-pone.0098322.s004.oga 34 s; 534 KB
Visualizing data mining results with the Brede tools - Figure 3.jpg 1,621 × 630; 950 KB
Visualizing data mining results with the Brede tools, Figure 10.png 1,041 × 385; 54 KB
VOR coordinates.PNG 620 × 311; 13 KB
Whole Cell Patch Clamp.png 510 × 385; 12 KB

Subcategories

2

A

C

F

I

N

R

S

V

Media in category "Computational neuroscience"