Air-Tissue Boundary Segmentation in Real-Time Magnetic Resonance Imaging Video Using Semantic Segmentation with Fully Convolutional Networks. - C. A. Valliappan; Renuka Mannem; Prasanta Kumar Ghosh (INTERSPEECH, 2018)

Air-tissue Boundary Segmentation in Real Time Magnetic Resonance Imaging Video Using a Convolutional Encoder-decoder Network. - Renuka Mannem; Prasanta Kumar Ghosh (ICASSP, 2019)

An Improved Air Tissue Boundary Segmentation Technique for Real Time Magnetic Resonance Imaging Video Using Segnet. - C. A. Valliappan; Avinash Kumar; Renuka Mannem; Girija Ramesan Karthik; Prasanta Kumar Ghosh (ICASSP, 2019)

Acoustic and Articulatory Feature Based Speech Rate Estimation Using a Convolutional Dense Neural Network. - Renuka Mannem; Jhansi Mallela; Aravind Illa; Prasanta Kumar Ghosh (INTERSPEECH, 2019)

A SegNet Based Image Enhancement Technique for Air-Tissue Boundary Segmentation in Real-Time Magnetic Resonance Imaging Video. - Renuka Mannem; Valliappan Ca; Prasanta Kumar Ghosh (NCC, 2019)

Air-Tissue Boundary Segmentation in Real Time Magnetic Resonance Imaging Video Using 3-D Convolutional Neural Network. - Renuka Mannem; Navaneetha Gaddam; Prasanta Kumar Ghosh (INTERSPEECH, 2020)

Speech Rate Task-Specific Representation Learning from Acoustic-Articulatory Data. - Renuka Mannem; Hima Jyothi R.; Aravind Illa; Prasanta Kumar Ghosh (INTERSPEECH, 2020)

Speech rate estimation using representations learned from speech with convolutional neural network. - Renuka Mannem; Hima Jyothi; Aravind Illa; Prasanta Kumar Ghosh (SPCOM, 2020)

Acoustic-to-Articulatory Inversion for Dysarthric Speech by Using Cross-Corpus Acoustic-Articulatory Data. - Sarthak Kumar Maharana; Aravind Illa; Renuka Mannem; Yamini Belur; Preetie Shetty; Preethish-Kumar Veeramani; Seena Vengalil; Kiran Polavarapu; Atchayaram Nalini; Prasanta Kumar Ghosh (ICASSP, 2021)

A deep neural network based correction scheme for improved air-tissue boundary prediction in real-time magnetic resonance imaging video. - Renuka Mannem; Prasanta Kumar Ghosh (Comput. Speech Lang., 2021)