Kshitiz Bansal
Kshitiz Bansal
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SHENRON - Scalable, High Fidelity and EfficieNt Radar SimulatiON
Radar simulations are crucial for developing and testing algorithms but hampered by lack of data and complex tools. SHENRON, a new open-source framework, tackles this by efficiently simulating high-quality radar data using just lidar and camera inputs, enabling rapid algorithm evaluation and optimization.
Kshitiz Bansal
,
Gautham Reddy
,
Dinesh Bharadia
mmSpoof: Resilient Spoofing of Automotive Millimeter-wave Radars using Reflect Array
Rohith Reddy Vennam
,
Ish Kumar Jain
,
Kshitiz Bansal
,
Joshua Orozco
,
Puja Shukla
,
Aanjhan Ranganathan
,
Dinesh Bharadia
VISTA: VIrtual STereo based Augmentation for Depth Estimation in Automated Driving
Bin Cheng
,
Kshitiz Bansal
,
Mehul Agarwal
,
Gaurav Bansal
,
Dinesh Bharadia
R-fiducial: Reliable and Scalable Radar Fiducials for Smart mmwave Sensing
Kshitiz Bansal
,
Manideep Dunna
,
Sanjeev Anthia Ganesh
,
Eamon Patamasing
,
Dinesh Bharadia
RadSegNet: A Reliable Approach to Radar Camera Fusion
Kshitiz Bansal
,
Keshav Rungta
,
Dinesh Bharadia
Pointillism: accurate 3D bounding box estimation with multi-radars
Pointillism is a technique of using muliple radars to tackle the limitation of a single radar system. We develop deep learning based solution that uses an enhanced point cloud from multiple radars to enable perception in harsh weather conditions.
Kshitiz Bansal
,
Keshav Rungta
,
Siyuan Zhu
,
Dinesh Bharadia
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