Multiband-excited linear predictive coder with a two-sided short-term predictor. - David S. Sumam; Bhaskar Ramamurthi (Signal Process., 1991)

Two-sided filters for frame-based prediction. - David S. Sumam; Bhaskar Ramamurthi (IEEE Trans. Signal Process., 1991)

A Pipelined Parallel Processor to Implement MD4 Message Digest Algorithm on Xilinx FPGA. - M. Bhaskar Sherigar; A. S. Mahadevan; K. Senthil Kumar; David S. Sumam (VLSI Design, 1998)

Quality and complexity comparison of H.264 intra mode with JPEG2000 and JPEG. - Aravind Al; Bindu P. Rao; Sudhir S. Kudva; Sreenu Babu; David S. Sumam; Ajit V. Rao (ICIP, 2004)

Distributed Video Coding Using LDPC Codes for Wireless Video. - P. Aparna; Sivaprakash Reddy; David S. Sumam (Wirel. Sens. Netw., 2009)

3D Estimation and Visualization of Motion in a Multicamera Network for Sports. - Anil Kumar; P. Shashidhar Chavan; V. K. Sharatchandra; David S. Sumam; Philip Kelly; Noel E. O'Connor (IMVIP, 2011)

Stereovision based 3D hand gesture recognition for pervasive computing applications. - Vikram Shenoy H; Pankaj Bongale; Vineet Roy; David S. Sumam (ICICS, 2013)

Adaptive Reconfigurable Architecture for Image Denoising. - Kartik V. Hegde; Vadiraj Kulkarni; R. Harshavardhan; David S. Sumam (IPDPS Workshops, 2015)

Estimation of attack time constant for dynamic range compressors in hearing aids. - S. P. Deepu; David S. Sumam; M. Ramesh Kini (DSP, 2016)

Fully automated radiogrammetric measurement of third metacarpal bone from hand radiograph. - Anu Shaju Areeckal; David S. Sumam; Michel Kocher; Nikil Jayasheelan; Jagannath Kamath (SPCOM, 2016)

Area and power optimised ASIC implementation of adaptive beamformer for hearing aids. - Kartik Samtani; Jobin Thomas; S. P. Deepu; David S. Sumam (BioCAS, 2017)

FPGA implementation of adaptive beamforming in hearing aids. - Kartik Samtani; Jobin Thomas; G. Abhinav Varma; David S. Sumam; Deepu S. P. (EMBC, 2017)

Early Diagnosis of Osteoporosis Using Active Appearance Model and Metacarpal Radiogrammetry. - Mathew Sam; Anu Shaju Areeckal; David S. Sumam (SITIS, 2017)

Visually lossless coder for volumetric MRI and CT image data using wavelet transform. - B. K. Chandrika; P. Aparna; David S. Sumam (Int. J. Comput. Vis. Robotics, 2017)

Perceptually lossless coder for volumetric medical image data. - B. K. Chandrika; P. Aparna; David S. Sumam (J. Vis. Commun. Image Represent., 2017)

Computerized radiogrammetry of third metacarpal using watershed and active appearance model. - Anu Shaju Areeckal; Mathew Sam; David S. Sumam (ICIT, 2018)

Combined radiogrammetry and texture analysis for early diagnosis of osteoporosis using Indian and Swiss data. - Anu Shaju Areeckal; Jagannath Kamath; Sophie Zawadynski; Michel Kocher; David S. Sumam (Comput. Medical Imaging Graph., 2018)

Copy-Move Forgery Detection using SIFT and GLCM-based Texture Analysis. - Mohita Chowdhury; Hansal Shah; Theekshna Kotian; N. Subbalakshmi; David S. Sumam (TENCON, 2019)

An Integrated Deep Learning Approach towards Automatic Evaluation of Ki-67 Labeling Index. - S. Lakshmi; Deepu Vijayasenan; David S. Sumam; Saraswathy Sreeram; Pooja K. Suresh (TENCON, 2019)

Real-Time Hardware Implementation of 3D Sound Synthesis. - Sathwik GS; Barun Kumar Acharya; Bilal Ali; Deepu S. P.; David S. Sumam (APCCAS, 2020)

Deep Learning Model based Ki-67 Index estimation with Automatically Labelled Data. - S. Lakshmi; Kotra Venkata Sai Ritwik; Deepu Vijayasenan; David S. Sumam; Saraswathy Sreeram; Pooja K. Suresh (EMBC, 2020)

A Deep Learning Model For The Automatic Detection Of Malignancy In Effusion Cytology. - Shajahan Aboobacker; Deepu Vijayasenan; David S. Sumam; Pooja K. Suresh; Saraswathy Sreeram (ICSPCC, 2020)

Hardware Implementation of Dual-Tree Wavelet Transform Based Image Reconstruction. - Hitesh Sudhakar; Lamia M. Kalam; Sripathi Muralitharan; S. P. Deepu; David S. Sumam (ISCAS, 2020)

Accurate estimation of decay coefficients for dynamic range compressors in hearing aids and a hardware level comparison of different architectures. - Deepu S. P.; M. Ramesh Kini; David S. Sumam (Microprocess. Microsystems, 2020)

Semi-supervised Semantic Segmentation for Effusion Cytology Images. - Shajahan Aboobacker; Deepu Vijayasenan; David S. Sumam; Pooja K. Suresh; Saraswathy Sreeram (CVMI, 2022)

Semi-supervised Semantic Segmentation of Effusion Cytology Images Using Adversarial Training. - Mayank Rajpurohit; Shajahan Aboobacker; Deepu Vijayasenan; David S. Sumam; Pooja K. Suresh; Saraswathy Sreeram (CVMI, 2022)

Semantic Segmentation on Low Resolution Cytology Images of Pleural and Peritoneal Effusion. - Shajahan Aboobacker; Akash Verma; Deepu Vijayasenan; David S. Sumam; Pooja K. Suresh; Saraswathy Sreeram (NCC, 2022)

Semantic segmentation of low magnification effusion cytology images: A semi-supervised approach. - Shajahan Aboobacker; Deepu Vijayasenan; David S. Sumam; Pooja K. Suresh; Saraswathy Sreeram (Comput. Biol. Medicine, 2022)

Semi-Automatic Labeling and Semantic Segmentation of Gram-Stained Microscopic Images from DIBaS Dataset. - Chethan Reddy G. P.; Pullagurla Abhijith Reddy; Vidyashree R. Kanabur; Deepu Vijayasenan; David S. Sumam; Sreejith Govindan (CoRR, 2022)

Design and implementation of a signal processing ASIC for digital hearing aids. - Deepu S. P.; M. Ramesh Kini; David S. Sumam (Microprocess. Microsystems, 2022)

CNN Based Tropical Cyclone Intensity Estimation Using Satellite Images Around Indian Subcontinent. - Parag Jha; David S. Sumam; Deepu Vijayasenan (CVIP (2), 2023)

Adversarial Learning Based Semi-supervised Semantic Segmentation of Low Resolution Gram Stained Microscopic Images. - Harshal Singh; Vidyashree R. Kanabur; David S. Sumam; Deepu Vijayasenan; Sreejith Govindan (CVIP (2), 2023)

Artery Vein Segmentation in Handheld Fundus Camera Retinal Images and leveraging Cross Entropy for improved Semantic performance. - Raichel Philip Yohannan; David S. Sumam; Deepu Vijayasenan; Ravi Teja Chowdary; Girish Menon R.; Sudha Girish Menon (CVMI, 2024)

Generalizable DNN model for brain tumor sub-structure segmentation from low-resolution 2D multimodal MR Images. - Divya Bhaskaracharya; Rajesh Parameshwaran Nair; Prakashini K.; Girish Menon R.; Paul Litvak; Pitchaiah Mandava; Deepu Vijayasenan; David S. Sumam (Biomed. Signal Process. Control., 2025)