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Language Modeling on Penn Treebank word-level (test)

49.95Perplexitydense-IndRNN+dynamic eval
47.053266.606686.16105.7134Mar 13, 2018Jun 17, 2018Sep 21, 2018Dec 26, 2018Apr 1, 2019Jul 6, 2019Oct 11, 2019

Evaluation results

MethodLinks
dense-IndRNN+dynamic evaldynamic evaluation=true2019.1049.95—
AWD-LSTM+Finetue+dynamic evalmode=fine-tuned, dynamic evaluation=true2019.1051.1—
AWD-LSTM-MoSParameters=22M2018.1054.4—
MoS#Param=22M, Two-step finetuning=true2019.0154.44—
Transformer-XL#Param=24M, Two-step finetuning=false2019.0154.52—
dense-IndRNN2019.1055.24—
Dropout tuning#Param=24M, Two-step finetuning=false2019.0155.3—
DARTS architecture search (second order)# Params=23M, Non-embedding model size=20M2019.0955.7—
AWD-LSTM-MoS#Param=22M, Two-step finetuning=false2019.0155.97—
Differentiable NAS#Param=23M, Two-step finetuning=false2019.0156.1—
ON-LSTM - 3-layer (tied)Parameters=25M, tied=true2018.1056.17—
AWD-PRU#Params=19 M, dropout=weight dropout2018.1156.56—
60-layer TrellisNet (w/ auxiliary loss, w/o MoS)# Params=24M, Non-embedding model size=20M2019.0957—
DEQ-TrellisNet# Params=24M, Non-embedding model size=20M2019.0957.1—
AWD-LSTM#Params=24 M2018.1157.3—
AWD-LSTM - 3-layer LSTM (tied)Parameters=24M, tied=true2018.1057.3—
AWD-LSTM#Param=24M, Two-step finetuning=true2019.0157.3—
AWD-LSTM+Finetuemode=fine-tuned2019.1057.3—
Skip-connection LSTM#Params=24 M2018.1158.3—
4-layer skip connection LSTM (tied)Parameters=24M, tied=true2018.1058.3—
Efficient NAS#Param=24M, Two-step finetuning=false2019.0158.6—
AWD-LSTM#Param=24M, Two-step finetuning=false2019.0158.8—
AWD-LSTM# Params=24M, Non-embedding model size=20M2019.0958.8—
AWD-LSTM2019.1058.8—
res-IndRNNdepth=12 layers2019.1058.99—
NAS (w/ black-box hyperparameter tuner)# Params=24M, Non-embedding model size=20M2019.0959.7—
SRU#Params=24 M2018.1160.3—
SRU2019.1060.3—
PRPN-LM2018.1062—
NAS Cell (tied)Parameters=54M, tied=true2018.1062.4—
Neural Architecture Search2018.0362.4—
NAS Cell# Params=54M2019.0962.4—
Neural Architecture Search2019.1062.4—
PRU#Params=19 M, dropout=standard dropout2018.1162.42—
ERU#Params=15 M, dropout=standard dropout2018.1163.47—
NAS Cell#Param=25M, Two-step finetuning=false2019.0164—
res-IndRNNNumber of Layers=112018.0365.3—
Variational RHN (tied)Parameters=23M, tied=true2018.1065.4—
Variational RHN#Param=23M, Two-step finetuning=false2019.0165.4—
RHN2018.0365.4—
RHN2019.1065.4—
Variational LSTM (tied) + augmented lossParameters=51M, tied=true2018.1068.5—
Pointer Sentinel-LSTMParameters=21M2018.1070.9—
Pointer Sentinel LSTM2018.0370.9—
Pointer Sentinel LSTM2019.1070.9—
LSTM + continuous cache pointer2018.1072.1—
Tied Variational LSTM#Param=24M, Two-step finetuning=false2019.0173.2—
Variational LSTM (large, MC)Parameters=66M2018.1073.4—
LSTM+Variational Dropout2018.0373.4—
Variational LSTM# Params=66M2019.0973.4—
LSTM+Variational Dropout2019.1073.4—
ERU#Params=7 M, dropout=standard dropout2018.1173.63—
LSTM+Zoneout2018.0377.4—
LSTM+Zoneout2019.1077.4—
QRNN#Params=18 M2018.1178.3—
LSTM (large)Parameters=66M2018.1078.4—
Variational LSTM#Params=20 M2018.1178.6—
CharCNNParameters=19M2018.1078.9—
CharCNN2018.0378.9—
CharCNN2019.1078.9—
LSTM2018.1082.3—
R-Transformer2019.1084.38—
LSTM+Recurrent dropout2018.0387—
LSTM+Recurrent dropout2019.1087—
Quantized LSTM2018.1189.8—
RNN-LDA + KN-5 + cache2018.0392—
RNN-LDA + KN-5 + cache2019.1092—
Deep RNN2018.03107.5—
Deep RNN2019.10107.5—
LSTM2018.03114.5—
LSTM2019.10114.5—
Transformer2019.10122.37—