Quickness of the instantaneous frequency based classifier distinguishing BFSK from QAM and PSK modulations. - Mohammad Bari; Milos Doroslovacki (ACSSC, 2013)

Performance of the instantaneous frequency based classifier distinguishing BFSK from QAM and PSK modulations for asynchronous sampling and slow and fast fading. - Mohammad Bari; Hussam Mustafa; Milos I. Doroslovacki (CISS, 2013)

Distinguishing BFSK from QAM and PSK by sampling once per symbol. - Mohammad Bari; Milos Doroslovacki (ACSSC, 2014)

Order recognition of continuous-phase FSK. - Mohammad Bari; Milos Doroslovacki (ACSSC, 2015)

Separation of signals consisting of amplitude and instantaneous frequency RRC pulses using SNR uniform training. - Mohammad Bari; Milos Doroslovacki (ACSSC, 2015)

Recognizing FM, BPSK and 16-QAM using supervised and unsupervised learning techniques. - Mohammad Bari; Awais Khawar; Milos Doroslovacki; T. Charles Clancy (ACSSC, 2015)

Robust recognition of linear and nonlinear digital modulations of RRC pulse trains. - Mohammad Bari; Milos Doroslovacki (CISS, 2015)

Identification of L-ary CPFSK in a fading channel using approximate entropy. - Mohammad Bari; Milos Doroslovacki (CISS, 2015)

Simple Features for Separating CPFSK from QAM and PSK Modulations. - Mohammad Bari; Milos Doroslovacki (IEEE Signal Process. Lett., 2015)

Supervised machine learning for signals having RRC shaped pulses. - Mohammad Bari; Hussain Taher; Syed Saad Sherazi; Milos Doroslovacki (ACSSC, 2016)

Distinguishing CPFSK from QAM and PSK Modulations. - Mohammad Bari; Milos Doroslovacki (Circuits Syst. Signal Process., 2016)

A case for stacked autoencoder based order recognition of continuous-phase FSK. - Ambaw B. Ambaw; Mohammad Bari; Milos Doroslovacki (CISS, 2017)

Comparison of Machine Learning Algorithms for Raw Handwritten Digits Recognition. - Mohammad Bari; Ambaw B. Ambaw; Milos Doroslovacki (ACSSC, 2018)

Optimizing Convolutional Neural Networks to Identify Distorted M-ary CPFSK Signals with RRC Pulse Shaped Instantaneous Frequency. - Ambaw B. Ambaw; Mohammad Bari; Milos Doroslovacki (ACSSC, 2020)

An XGBoost-Based Forecasting Framework for Product Cannibalization. - Gautham Bekal; Mohammad Bari (CoRR, 2021)

Theoretical Analysis of an XGBoost Framework for Product Cannibalization. - Gautham Bekal; Mohammad Bari (CoRR, 2021)