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Sequential Image Classification on MNIST Sequential (test)

99.48Accuracydense-IndRNN
6.316830.503454.6978.8766Feb 26, 2016Nov 7, 2017Jul 21, 2019Apr 2, 2021Dec 13, 2022Aug 25, 2024May 8, 2026

Evaluation results

MethodLinks
dense-IndRNN2019.1099.48
coRNN# units=256, # params=134k2020.1099.4
res-IndRNNNumber of layers=122019.1099.39
IndRNNNumber of layers=122019.1099.37
coRNN# units=128, # params=34k2020.1099.3
R-Transformer2019.1099.1
GRU# units=256, # params=200k2020.1099.1
BN-LSTMimplementation=ours, hidden units=1002016.0399
IndRNNNumber of layers=62019.1099
DTRIV∞# units=512, # params=137k2020.1099
LSTMimplementation=ours, hidden units=1002016.0398.9
LSTM# units=256, # params=270k2020.1098.9
FastGRNN# units=128, # params=18k2020.1098.7
LSTM2016.0298.2
LSTM2019.1098.2
Transformerreported in=[26]2019.1098.2
stanhs=21, l=12016.0298.1
sTANH-RNN2016.0398.1
anti.sym. RNN# units=128, # params=10k2020.1098
iRNN2016.0297
iRNN2016.0397
RNN-path2019.1096.9
uRNN2016.0295.1
uRNN2016.0395.1
uRNN2019.1095.1
uRNN# units=512, # params=9k2020.1095.1
IRNN2019.1095
Best CVX-variantDepth L=3, Timestep=T = 22026.0592.5
Best SG-variantDepth L=3, Timestep=T = 22026.0591.3
stanhs=212016.0287.8
LSTMs=32016.0287.2
LSTMs=52016.0286.4
LSTMs=72016.0286.4
stanhs=132016.0285.4
LSTMs=92016.0284.8
tanh RNN Architecture (4)k=17, s=k2016.0277.8
stanhs=92016.0274.9
tanh RNN Architecture (4)k=21, s=k2016.0271.8
tanh RNN Architecture (3)k=21, s=k/22016.0269.6
LSTMs=12016.0256.2
tanh RNN Architecture (3)k=17, s=k/22016.0254.2
stanhs=52016.0246.9
tanh RNN Architecture (2)k=21, s=12016.0239.9
tanh RNN Architecture (1)k=17, s=12016.0239.5
tanh RNN Architecture (1)k=21, s=12016.0239.5
tanh RNN Architecture (2)k=17, s=12016.0239.4
RNN(tanh)2016.0235
TANH-RNN2016.0335
stanhs=12016.0234.9
Best CVX-variantDepth L=10, Timestep=T = 22026.0527.1
Best SG-variantDepth L=10, Timestep=T = 22026.059.9