Deep Learning-Based Document Modeling for Personality Detection from Text

This code implements the model discussed in Deep Learning-Based Document Modeling for Personality Detection from Text for detection of Big-Five personality traits, namely:

• Extroversion
• Neuroticism
• Agreeableness
• Conscientiousness
• Openness

Requirements

• Python 2.7
• Theano 0.7 (Tested)
• Pandas 18.0 (Tested)
• Pre-trained GoogleNews word2vec vector

Preprocessing

process_data.py prepares the data for training. It requires three command-line arguments:

1. Path to google word2vec file (GoogleNews-vectors-negative300.bin)
2. Path to essays.csv file containing the annotated dataset
3. Path to mairesse.csv containing Mairesse features for each sample/essay

This code generates a pickle file essays_mairesse.p.

Example:

python process_data.py ./GoogleNews-vectors-negative300.bin ./essays.csv ./mairesse.csv

Training

conv_net_train.py trains and tests the model. It requires three command-line arguments:

1. Mode:
   • -static: word embeddings will remain fixed
   • -nonstatic: word embeddings will be trained
2. Word Embedding Type:
   • -rand: randomized word embedding (dimension is 300 by default; is hardcoded; can be changed by modifying default value of k in line 111 of process_data.py)
   • -word2vec: 300 dimensional google pre-trained word embeddings
3. Personality Trait:
   • 0: Extroversion
   • 1: Neuroticism
   • 2: Agreeableness
   • 3: Conscientiousness
   • 4: Openness

Example:

python conv_layer_train.py -static -word2vec 2

Citation

If you use this code in your work then please cite the paper - Deep Learning-Based Document Modeling for Personality Detection from Text with the following:

@ARTICLE{7887639, 
 author={N. Majumder and S. Poria and A. Gelbukh and E. Cambria}, 
 journal={IEEE Intelligent Systems}, 
 title={{Deep} Learning-Based Document Modeling for Personality Detection from Text}, 
 year={2017}, 
 volume={32}, 
 number={2}, 
 pages={74-79}, 
 keywords={feedforward neural nets;information filtering;learning (artificial intelligence);pattern classification;text analysis;Big Five traits;author personality type;author psychological profile;binary classifier training;deep convolutional neural network;deep learning based method;deep learning-based document modeling;document vector;document-level Mairesse features;emotionally neutral input sentence filtering;identical architecture;personality detection;text;Artificial intelligence;Computational modeling;Emotion recognition;Feature extraction;Neural networks;Pragmatics;Semantics;artificial intelligence;convolutional neural network;distributional semantics;intelligent systems;natural language processing;neural-based document modeling;personality}, 
 doi={10.1109/MIS.2017.23}, 
 ISSN={1541-1672}, 
 month={Mar},}