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Types & classes29 in github.com/Alic-yuan/nlp-beginner-finish

↓ 3 callersClassConfig
task5/config.py:4
↓ 3 callersClassLrConfig
task1/config/lr_config.py:6
↓ 3 callersClassNERDataset
task4/main.py:33
↓ 3 callersClassTextRNN
文本分类,RNN模型
task2/torch_model.py:11
↓ 2 callersClassLCQMC_Dataset
task3/data.py:12
↓ 2 callersClassLrModel
task1/lr_model.py:4
↓ 2 callersClassPoetryModel
task5/model.py:7
↓ 2 callersClassVariationalDropout
Apply the dropout technique in Gal and Ghahramani, "Dropout as a Bayesian Approximation: Representing Model Uncertainty in Deep Learning" (ht
task3/model.py:5
↓ 1 callersClassChineseNER
task4/main.py:62
↓ 1 callersClassCompositionLayer
The composition layer.
task3/model.py:129
↓ 1 callersClassDataProcess
task1/datahelper/data_process.py:12
↓ 1 callersClassDefaultConfig
task4/config.py:5
↓ 1 callersClassESIM
Implement ESIM model using the modules defined above.
task3/model.py:262
↓ 1 callersClassEmbeddingLayer
Implement embedding layer.
task3/model.py:34
↓ 1 callersClassEncodingLayer
BiLSTM encoder which encodes both the premise and hypothesis.
task3/model.py:66
↓ 1 callersClassInferenceComposition
Inference composition described in paper section 3.3
task3/model.py:191
↓ 1 callersClassLinearSoftmax
Implement the final linear layer.
task3/model.py:230
↓ 1 callersClassLocalInferenceModel
The local inference model introduced in the paper.
task3/model.py:86
↓ 1 callersClassPooling
Apply maxing pooling and average pooling to the outputs of LSTM.
task3/model.py:164
↓ 1 callersClassRnnModel
task2/torch_test.py:42
↓ 1 callersClassSample
task5/sample.py:10
↓ 1 callersClassTextCNN
task2/torch_model.py:34
↓ 1 callersClassTrainModel
task5/train.py:13
ClassCnnModel
task2/torch_test.py:23
ClassNERLSTM
task4/model/LSTM.py:5
ClassNERLSTM_CRF
task4/model/LSTM_CRF.py:6
ClassRNNDropout
Dropout layer for the inputs of RNNs. Apply the same dropout mask to all the elements of the same sequence in a batch of sequences of siz
task3/layers.py:5
ClassSeq2SeqEncoder
task3/layers.py:26
ClassSoftmaxAttention
Attention layer taking premises and hypotheses encoded by an RNN as input and computing the soft attention between their elements. The do
task3/layers.py:54