Lessons and Experiences with High-Level Synthesis. - Soujanna Sarkar; Shashank Dabral; Praveen Tiwari; Raj S. Mitra (IEEE Des. Test Comput., 2009)

High performance and flexible imaging Sub-system. - Mihir N. Mody; Hetul Sanghvi; Niraj Nandan; Shashank Dabral; Rajasekhar Allu; Dharmendra Soni; Sunil Sah; Gayathri Seshadri; Prashant Karandikar (ICACCI, 2014)

Implementation details of mid-level vision on the Embedded Vision Engine (EVE). - Sanmati Kamath; Shashank Dabral; Jagadeesh Sankaran; Brian Valentine; Branislav Kisacanin (ISCAS, 2014)

Trends in camera based Automotive Driver Assistance Systems (ADAS). - Shashank Dabral; Sanmati Kamath; Vikram V. Appia; Mihir Mody; Buyue Zhang; Aziz Umit Batur (MWSCAS, 2014)

Image signal processing for front camera based automated driver assistance system. - Mihir Mody; Niraj Nandan; Shashank Dabral; Hetul Sanghvi; Rajat Sagar; Zoran Nikolic; Kedar Chitnis; Rajasekhar Allu; Gang Hua 003 (ICCE-Berlin, 2015)

A Diverse Low Cost High Performance Platform for Advanced Driver Assistance System (ADAS) Applications. - Prashanth Viswanath; Kedar Chitnis; Pramod Swami; Mihir N. Mody; Sujith Shivalingappa; Soyeb Nagori; Manu Mathew; Kumar Desappan; Shyam Jagannathan; Deepak Poddar; Anshu Jain; Hrushikesh Garud; et al. (CVPR Workshops, 2016)

A 216 GOPS flexible WDR Image Processor for ADAS SoC. - Mihir N. Mody; Hetul Sanghvi; Niraj Nandan; Shashank Dabral; Rajasekhar Allu; Rajat Sagar; Kedar Chitnis; Jason Jones; Brijesh Jadhav; Sujith Shivalingappa; Aish Dubey (COOL Chips, 2017)

Integrated Surround & CMS Automotive SoC. - Mihir Mody; Kedar Chitnis; Piyali Goswami; Brijesh Jadav; Shiju Sivasankaran; Gregory Shurtz; Rajat Sagar; Abhinay Armstrong; Shashank Dabral; Prasad Jondhale; Yashwant Dutt; Jason Jones (SoCC, 2018)

Efficient in-cabin monitoring solution using TI TDA2PxSOCs. - Mayank Mangla; Mihir Mody; Kedar Chitnis; Piyali Goswami; Tarkesh Pande; Shashank Dabral; Shyam Jagannathan; Stefan Haas; Gang Hua 003; Hrushikesh Garud; Kumar Desappan; Prithvi Shankar; et al. (Autonomous Vehicles and Machines, 2022)