Reduction of variance of observations on pelvic structures in CBCT images using novel mean-shift and mutual information based image registration? - Sai Phani Kumar Malladi; Bijju Kranthi Veduruparthi; Jayanta Mukherjee 001; Partha Pratim Das 001; Saswat Chakrabarti; Indranil Mallick (ICVGIP, 2016)

Automated Measurement of Translational Margins and Rotational Shifts in Pelvic Structures Using CBCT Images of Rectal Cancer Patients. - Sai Phani Kumar Malladi; Bijju Kranthi Veduruparthi; Jayanta Mukherjee 001; Partha Pratim Das 001; Saswat Chakrabarti; Indranil Mallick (PReMI, 2017)

Robust 3D registration of CBCT images aggregating multiple estimates through random sampling. - Sai Phani Kumar Malladi; Bijju Kranthi Veduruparthi; Jayanta Mukhopadhyay; Partha Pratim Das 001; Saswat Chakrabarti; Indranil Mallick (Pattern Recognit. Lett., 2018)

Eye Movement State Trajectory Estimator based on Ancestor Sampling. - Sai Phani Kumar Malladi; Jayanta Mukhopadhyay; Mohamed-Chaker Larabi; Santanu Chaudhury (MMSP, 2020)

Lighter and Faster Cross-Concatenated Multi-Scale Residual Block Based Network for Visual Saliency Prediction. - Sai Phani Kumar Malladi; Jayanta Mukhopadhyay; Chaker Larabi; Santanu Chaudhury (ICIP, 2021)

An encoder-decoder based deep architecture for visible to near infrared image transformation. - Shashaank M. Aswatha; Sai Phani Kumar Malladi; Jayanta Mukherjee 001 (ICVGIP, 2021)

Deriving Explanation of Deep Visual Saliency Models. - Sai Phani Kumar Malladi; Jayanta Mukhopadhyay; Chaker Larabi; Santanu Chaudhury (CoRR, 2021)

A Novel Visual Feature and Gaze Driven Egocentric Video Retargeting. - Aneesh Bhattacharya; Sai Phani Kumar Malladi; Jayanta Mukhopadhyay (ICIP, 2022)

Lighter and Faster Two-Pathway CMRNet for Video Saliency Prediction. - Sai Phani Kumar Malladi; Jayanta Mukhopadhyay; Mohamed-Chaker Larabi; Santanu Chaudhury (ICIP, 2022)

EG-SNIK: A Free Viewing Egocentric Gaze Dataset and Its Applications. - Sai Phani Kumar Malladi; Jayanta Mukherjee 001; Mohamed-Chaker Larabi; Santanu Chaudhury (IEEE Access, 2022)

Towards explainable deep visual saliency models. - Sai Phani Kumar Malladi; Jayanta Mukherjee 001; Mohamed-Chaker Larabi; Santanu Chaudhury (Comput. Vis. Image Underst., 2023)