feat: add mamba and dynamic chunking related code and test code

scripts/classification/xPatch_SparseChannel-Copy1.sh

@@ -0,0 +1,145 @@
+#!/bin/bash
+
+# xPatch_SparseChannel Classification Training Script for Multiple Datasets
+export CUDA_VISIBLE_DEVICES=0
+
+model_name=xPatch_SparseChannel
+
+# Create results directory if it doesn't exist
+mkdir -p ./results
+
+
+
+# UWaveGestureLibrary dataset (seq_len=315, enc_in=3, k_graph=3)
+python -u run.py \
+  --task_name classification \
+  --is_training 1 \
+  --root_path ./dataset/UWaveGestureLibrary/ \
+  --model_id UWaveGestureLibrary \
+  --model $model_name \
+  --data UEA \
+  --e_layers 2 \
+  --batch_size 64 \
+  --seq_len 315 \
+  --enc_in 3 \
+  --d_model 128 \
+  --d_ff 256 \
+  --n_heads 16 \
+  --patch_len 16 \
+  --stride 8 \
+  --dropout 0.1 \
+  --des 'xPatch_SparseChannel_UWaveGestureLibrary' \
+  --itr 1 \
+  --learning_rate 0.001 \
+  --train_epochs 100 \
+  --patience 30 \
+  --revin 0 \
+  --k_graph 3 | tee ./results/xPatch_SparseChannel_UWaveGestureLibrary.log
+
+
+
+# EthanolConcentration dataset (seq_len=1751, enc_in=3, k_graph=3)
+python -u run.py \
+  --task_name classification \
+  --is_training 1 \
+  --root_path ./dataset/EthanolConcentration/ \
+  --model_id EthanolConcentration \
+  --model $model_name \
+  --data UEA \
+  --e_layers 2 \
+  --batch_size 64 \
+  --seq_len 1751 \
+  --enc_in 3 \
+  --d_model 128 \
+  --d_ff 256 \
+  --n_heads 16 \
+  --patch_len 16 \
+  --stride 8 \
+  --dropout 0.1 \
+  --des 'xPatch_SparseChannel_EthanolConcentration' \
+  --itr 1 \
+  --learning_rate 0.0005 \
+  --train_epochs 100 \
+  --patience 30 \
+  --revin 0 \
+  --k_graph 3 | tee ./results/xPatch_SparseChannel_EthanolConcentration.log
+
+# Handwriting dataset (seq_len=152, enc_in=3, k_graph=3)
+python -u run.py \
+  --task_name classification \
+  --is_training 1 \
+  --root_path ./dataset/Handwriting/ \
+  --model_id Handwriting \
+  --model $model_name \
+  --data UEA \
+  --e_layers 2 \
+  --batch_size 64 \
+  --seq_len 152 \
+  --enc_in 3 \
+  --d_model 128 \
+  --d_ff 256 \
+  --n_heads 16 \
+  --patch_len 16 \
+  --stride 8 \
+  --dropout 0.1 \
+  --des 'xPatch_SparseChannel_Handwriting' \
+  --itr 1 \
+  --learning_rate 0.001 \
+  --train_epochs 100 \
+  --patience 30 \
+  --revin 0 \
+  --k_graph 3 | tee ./results/xPatch_SparseChannel_Handwriting.log
+
+# JapaneseVowels dataset (seq_len=29, enc_in=12, k_graph=8)
+python -u run.py \
+  --task_name classification \
+  --is_training 1 \
+  --root_path ./dataset/JapaneseVowels/ \
+  --model_id JapaneseVowels \
+  --model $model_name \
+  --data UEA \
+  --e_layers 2 \
+  --batch_size 64 \
+  --seq_len 29 \
+  --enc_in 12 \
+  --d_model 128 \
+  --d_ff 256 \
+  --n_heads 16 \
+  --patch_len 16 \
+  --stride 8 \
+  --dropout 0.1 \
+  --des 'xPatch_SparseChannel_JapaneseVowels' \
+  --itr 1 \
+  --learning_rate 0.0005 \
+  --train_epochs 100 \
+  --patience 30 \
+  --revin 0 \
+  --k_graph 8 | tee ./results/xPatch_SparseChannel_JapaneseVowels.log
+
+
+
+# PEMS-SF dataset (seq_len=144, enc_in=963, k_graph=8)
+python -u run.py \
+  --task_name classification \
+  --is_training 1 \
+  --root_path ./dataset/PEMS-SF/ \
+  --model_id PEMS-SF \
+  --model $model_name \
+  --data UEA \
+  --e_layers 2 \
+  --batch_size 16 \
+  --seq_len 144 \
+  --enc_in 963 \
+  --d_model 128 \
+  --d_ff 256 \
+  --n_heads 16 \
+  --patch_len 16 \
+  --stride 8 \
+  --dropout 0.1 \
+  --des 'xPatch_SparseChannel_PEMS-SF' \
+  --itr 1 \
+  --learning_rate 0.0005 \
+  --train_epochs 100 \
+  --patience 30 \
+  --revin 0 \
+  --k_graph 8 | tee ./results/xPatch_SparseChannel_PEMS-SF.log