 Parallel isosurface computation using HistoPyramid [Arkeshkumar and Aakash] |
 Ambient Occlusion for Isosurface Rendering [Charan and Sangeet] |
 DQN Visualization using tSNE and SAMDP [Prathik and Dhruv][Code Repo] |
 Interactive Isoslider and Marching Cubes Algorithm in Action [Rahul and Pankaj] |
 Vortex Shedding Visualization in a 3D Flow Around a Square Cylinder using Tracking Graphs [Sankar, Masavir, and Phani Madhusudhan] |
 Qt based GUI for Interactive Exploration of Multiple Isosurfaces [Kishore, Puneeth, and Pritam] |
 Organ Segmentation and Visualization [Nirmalya, Samarth, and Piyush] |
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 Eddy Visualization and Analysis [Tanay and Tushar] |
 Vortex identification and visualization in Red Sea [Aditya and Somya] |
 Salt and temperature variation in Red sea [Priyanka and Vivek] |
Isosurface computation and rendering in real time [Srishty and Vishal] |
Eddy Detection and Salt/Temperature Transport in the Red Sea [Abhishek and Zaid] |
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 Significant isovalue identification [Neeraj and Sravan] |
 Interactive fiber surface extraction [Mohit and Abhishek] |
 Landscape Profile for Scalar Field Visualization [Nikita and Rishabh] |
Flow visualization using IBFV [Sandeep and Rishabh] |
 Ray tracing with adaptive super-sampling [Anand and Urvashi] |
 Fiber surface extraction [Hasif and Anshuman] |
 Curve skeleton extraction using visual hull [Parul and Monish] |
 Simulating motion blur in real time [Shikhar] |
 2D vector field visualization [Uttaran and Aratrik] |
 Mesh saliency via spectral processing [Deepak] |
 Ray tracing on the CPU [Nirmalendu] |
 Particle system for rendering rain [Vysakh] |
 Parallel Contour Buildup using CUDA [Siddharth] |
 High quality WebGL based symmetry viewer [Anoop] |
 Ambient occlusion on molecules and meshes [Akash] |
 Depth cueing and halo effect for biomolecular visualization [Jaipreet] |
 Symmetry extraction for 3D geometries [Aadirupa and Madhusudanan] |
 Extracting curve skeletons from surface meshes [Vidya] |
 Sphere impostors using tessellation shaders [Ankur] |
 Efficient mesh traversal edges using adjacency primitives [Gagandeep and Hemanth] |
GPU accelerated computation of Voronoi diagrams [Harikrishna M.] |
Lighting in a volume renderer [Rahul and Rakesh] |
Terrain rendering of Mars surface [Gaurav and Harikrishna N.] |
 CUDA Marching Cubes [Avishek] |
 Mesh processing using non-local means [Suraj and Manish] |
Volume rendering of unstructured grids using OpenCL [Nitesh] |
 Interactive high-quality rendering of large graphs [Talha] |
 Simulation of a water shower [Dinesh and Saumitra] |
 Rendering using BRDF models [Abhra] |
 Modeling and rendering a classroom [Karmveer] |
  Volume Rendering [Debasish] |
 Simulating ink dispersion in water [Niraj and Rahul] |
 Simulating fluid dynamics [Rony] |
 GPU ray tracer [Senthilnathan] |
 Graph Visualization [Diptendu] |
 Dynamically generated ocean and terrain [Himabindu] |
 Modeling a space scene [Shweta Jain] |
3D morphable models [Ujwal] |
 Volume visualization using Reeb graphs [Suthambhara and Harish] |
 Approximate map construction using Voronoi diagrams [Bhavesh and Gourav] |
 Rendering dynamic ocean surfaces [Abhijit and Sayantan] |
 Feature-sensitive mesh segmenation using mean-shift [Jaishanker] |
 Multi-scale representation of surfaces and application to deformation [Daljit Singh] |
 Isosurface extracted by the dual marching cubes algorithm [Dilip] |