Pinned Repositories
basicNIF
A basic implementation of visual system neural information flow.
big-spose-sleep
Brancher
A user-centered Python package for differentiable probabilistic inference
c3d-chainer
C3D for Chainer.
DeepImageReconstruction
Data and demo codes for Shen, Horikawa, Majima, and Kamitani, "Deep image reconstruction from human brain activity".
deepmeg-recurrent-encoder
deepmeg recurrent encoder
extract_bib
A simple script to extract all the Bibtex bibliographic references that are cited in a given Latex text file
ganrecon
Code for "Generative adversarial networks for reconstructing natural images from brain activity".
howto
Build recipies and other howtos
IMPRS_DNN_RDMs
Resources for the 2022 IMPRS NeuroCom Summer School Deep Learning in Vision Session
seelikat's Repositories
seelikat/basicNIF
A basic implementation of visual system neural information flow.
seelikat/ganrecon
Code for "Generative adversarial networks for reconstructing natural images from brain activity".
seelikat/big-spose-sleep
seelikat/IMPRS_DNN_RDMs
Resources for the 2022 IMPRS NeuroCom Summer School Deep Learning in Vision Session
seelikat/Brancher
A user-centered Python package for differentiable probabilistic inference
seelikat/c3d-chainer
C3D for Chainer.
seelikat/DeepImageReconstruction
Data and demo codes for Shen, Horikawa, Majima, and Kamitani, "Deep image reconstruction from human brain activity".
seelikat/deepmeg-recurrent-encoder
deepmeg recurrent encoder
seelikat/extract_bib
A simple script to extract all the Bibtex bibliographic references that are cited in a given Latex text file
seelikat/howto
Build recipies and other howtos
seelikat/IICCSSS_DNN_vision
International Interdisciplinary Computational Cognitive Science Summer School DNN-vision RSA tutorial
seelikat/improved-gan
Chainer implementation of GAN / Deep Convolutional GAN (DCGAN) based on "Improved Techniques for Training GANs"
seelikat/motion_energy_matlab
seelikat/music_for_programming_and_focus
Collection of audio resources for keeping up focus in too noisy or too silent environments.
seelikat/R2Plus1D
R(2+1)D and Mixed-Convolutions for Action Recognition.
seelikat/seelikat.github.io
academic website