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DualCrossTAP Knowledge Distillation Code

This repository contains the code for training and evaluation of the teacher model (DualCrossTAP) and student models (CNN-S1 & CNN-S2) from Composite human activity recognition utilizing knowledge distillation and sensor fusion focusing on resource constrained microcontrollers.

Usage

  • First run run_preprocessing.py to download and prepare the dataset
  • To train models with KD, run run_kd_pipeline.py
  • To perform cross validation on the teacher model, run run_cross_validation.py
  • To calculate the floating point operations (FLOPS) of each model, run run_flops_analysis.py
  • To generate the C header files to run student models on a microcontroller, run run_deployment_prep.py

Structure

├── config.py  # Hyperparameters and other configuration values
├── data_pipeline
│   ├── downloader.py  # Helper script to download the CAPP dataset
│   ├── processor.py  # Helper script to process the CAPP dataset
├── models
│   ├── analysis.py  # Analysis utilities
│   ├── deployment_prep_utils.py  # Generate C header files from trained student models
│   ├── knowledge_distillation.py  # Train student model with KD
│   ├── student.py  # Train student model without KD
│   ├── teacher.py  # Train teacher model
│   └── utils.py  # Training utilities
├── README.md
├── run_cross_validation.py  # Perform k-fold cross validation on DualCrossTAP
├── run_deployment_prep.py  # Convert student models to C header files
├── run_flops_analysis.py  # Calculate model MFLOPS
├── run_kd_pipeline.py  # Train DualCrossTAP and students (CNN-S1 & CNN-S2) with and without KD
├── run_preprocessing.py  # Prepare the CAPP dataset

Cite

Consider citing our paper published in Expert Systems with Applications (ESWA) if you use the codebase in your work:

@article{dual_cross_tap,
    title = {Composite human activity recognition utilizing knowledge distillation and sensor fusion focusing on resource constrained microcontrollers},
    journal = {Expert Systems with Applications},
    volume = {298},
    pages = {129652},
    year = {2026},
    issn = {0957-4174},
    doi = {10.1016/j.eswa.2025.129652},
    url = {https://doi.org/10.1016/j.eswa.2025.129652},
    author = {Athar Noor Mohammad Rafee and John Clear and Jannatun Noor}
}

 

Copyright © 2025-present Athar Noor Mohammad Rafee and John Clear IV

About

Formal codebase for "Composite human activity recognition utilizing knowledge distillation and sensor fusion focusing on resource constrained microcontrollers" (ESWA Volume 298, Part B, 1 March 2026, 129652).

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