Indraprastha Institute of Information Technology, Delhi
In this project, we propose a virtual reality (VR) based immersive walkthrough inside a CT or MRI volume. State-of-the-art rendering algorithms are computationally expensive. This work explores high-quality rendering in real-time using graphics hardware. Various goals of the project
Our article titled “Signed Distance based 3D Surface Reconstruction from Unorganized Planar Cross-sections” co-authored by Ojaswa Sharma and Nidhi Agarwal is published in the journal Computers & Graphics (CAG). This work addresses the problem of 3D surface reconstruction from 2D planar
Following two posters were accepted at the GTCx India conference held at Mumbai on December 6, 2016: Interpolation and Shape Reconstruction on GPU, co-authored by Ojaswa Sharma, and Nidhi Agarwal. GPU based Segmentation of Plasma Cells in Multiple Myeloma Images, co-authored by Pramit
Science and Engineering Research Board (SERB), DST approved a three-year funding grant for the project “Algorithmic 3D Modeling and Virtual spatial interactions”. This funding comes as an Early Career Research (ECR) award to Dr. Ojaswa Sharma. The project aims to investigate 3D
Our paper titled “Fast and Robust Construction of 3D Architectural Models from 2D Plans” co-authored by Jalaj Pandey and Ojaswa Sharma is accepted as a short paper in the WSCG 2016 conference. In this work we present a simple and
Our paper titled “3D Surface Reconstruction from Unorganized Sparse Cross Sections” co-authored by Ojaswa Sharma and Nidhi Agarwal is accepted as a full paper in the Graphics Interface 2016 conference. In this paper, we propose an algorithm for closed and
With this project, we propose to build a smart campus infrastructure. A 3D interactive and immersive virtual/mixed reality environment will be designed to support geospatial services including smart navigation and telepresence. Two key aspects of the system are 3D modeling
The NVIDIA GPU Education Center award at IIIT-Delhi has been renewed for another year. This renewal qualifies IIIT-Delhi for the hardware donation, GPU teaching kit, and access to additional resources and benefits. The award comes as a consequence of the
Our paper titled “Shape-aware MLS Deformation for Line Handles” co-authored by Ojaswa Sharma and Ranjith Tharayil is accepted as a Technical Brief in the SIGGRAPH Asia 2015 conference. In this work, we propose a shape-aware extension to the Moving Least Squares (MLS)
The Virtual Campus project received support from NVIDIA in terms of hardware grant of a Tesla K40 GPU. We propose to build an immersive and interactive virtual reality environment for university campus with navigation capabilities. The virtual reality system will incorporate dynamic