PPT-Real-time Terrain Rendering and Processing

Shiben Bhattacharjee 200607022 shibenresearchiiitacin Advisor Prof P J Narayanan Why render terrains Terrains are a basic need in most graphics application Geographical information systems. efficient rendering path for visible replicated objects. The key component to realize this is an efficient dynamic hardware instancing implementation that takes advantage of temporal coherence and use GPU-Based Geometry Clipmaps. Arul Prakash Hugues Hoppe. University of Utah Microsoft Research. Terrain Rendering Challenges. Regular grid (image) of height values. Concise storage .  No paging hiccups. Ulrich Haar, Lead Programmer 3D, . Ubisoft. Montreal. Sebastian Aaltonen, Senior Lead Programmer, . RedLynx. a . Ubisoft. Studio. SIGGRAPH . 2015: . Advances. . in Real-Time . Rendering. . in . Games. CSE . 274 [. Fall. . 2015]. , Lecture . 3. Shadow and Environment Mapping . http://. www.cs.ucsd.edu. /~. ravir. To Do. By . next Thu. , . e-mail me . brief project description (can be done in groups of 2). Time to discuss next week. Arc Hydro River Workshop. December 1, 2010. Erin Atkinson, PE, CFM, GISP. Halff Associates, Inc.. Terrain Processing Overview. Terrain Data Models. Terrain for Hydraulics (GeoRAS). Terrain Acquisition and LIDAR. . Sub-Surface Scattering. CSE 781. Prof. Roger Crawfis. Subsurface . Scattering: Translucency. Light . enters and leaves at . different. locations on the surface. bounces around . (scatters) inside. GPU-Based Geometry Clipmaps. Arul Prakash Hugues Hoppe. University of Utah Microsoft Research. Terrain Rendering Challenges. Regular grid (image) of height values. Concise storage .  No paging hiccups. CSE . 274 . [Fall 2015]. , Lecture 6. Image-Based Rendering and Light Fields. http://. www.cs.ucsd.edu. /~. ravir. To Do. Project Milestone Reports Due . Oct 27. 1-2 page PDF or . weblink. with at least one image or video to show current results . MADALGO – Center for Massive Data Algorithmics, a Center of the Danish National Research . Foundation. What. TerraSTREAM. is a collection of software modules for computation on very large digital terrain models.. Adel . Nadjaran. . Toosi. Outline. Application models. Scheduling . Platform. Objectives . Constraints (Parameters. ). We conclude with an abstract!!. Application Models In Distributed Systems. Application Models. for Real-Time Graphics:. What is Needed?. Tim Foley (NVIDIA Research). Who am I?. Real-time graphics researcher at NVIDIA. Work on programming languages, models, and APIs for graphics. GPU compute. Shading languages. Multi-band Frequency Compression. for Listeners with Moderate . Sensorineural. Impairment. . [. Ref. .: N. . Tiwari. , P. C. . Pandey. , P. N. . Kulkarni. , Proc. . Interspeech. 2012, Portland, Oregon, 9-13 Sept 2012, Paper . -Objective Real-time terrain mapping and processing-Innovation Leveraging a deep neural network model trained on the ground for real-time landing zone selection-Improvement beyond SOA 1 Incorporating A Terrain Snapshot from Demo. A Terrain Snapshot from Demo. (Wire Frame View). We meet terrain modeling technologies everywhere……. Video Games (Flight Simulator):. Online (real-time) rendering;. Randomly create height (elevation) map;.