Transfer Convolutional Neural Network for Cross-Project Defect Prediction.

TCNN aims to mine the transferable semantic (deep-learning (DL)-generated) features for CPDP tasks. Specifically, our approach first parses the source file into integer vectors as the network inputs. Next, to obtain the TCNN model, a matching layer is added into convolutional neural network where the hidden representations of the source and target project-specific data are embedded into a reproducing kernel Hilbert space for distribution matching. By simultaneously minimizing classification error and distribution divergence between projects, the constructed TCNN could extract the transferable DL-generated features. Finally, without losing the information contained in handcrafted features, we combine them with transferable DL-generated features to form the joint features for CPDP performing.

1. Anaconda python 3.6 version (https://www.anaconda.com)

2. Pytorch 0.4.1 (https://pytorch.org)

After environment building, please run following file:

1. runTra.py is used to perform traditional methods.

2. runCNN.m is used for CNN/DPDBN performing.

3. runDBN.m is used for DBN/DPDBN performing.

4. runTCNN.m is used for TCNN/DPTCNN performing.

If any issues, please feel free to contact the author.

Author Name: Kevin Qiu

Author Email: [email protected]