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Using UAV for automatic lithological classification of open pit mining front References MagicTracer™ [ Raster to Vector Conversion Software ] BigSFM: Reconstructing the World from Internet Photos Our group is working on building a 3D model of the world from online photo collections, and our research spans several areas, from image features, to large-scale image matching, to structure-from-motion optimization, to applications such as location recognition. This page summarizes our work, has links to code and datasets we have made available, and has a description of each project. Cornell Participants (and alumni): Noah Snavely (Cornell), David Crandall (Indiana University), Daniel Hauagge (Cornell),Kyle Wilson (Cornell), Song Cao (Cornell), Yin Lou (Cornell), Yunpeng Li (EPFL), Andrew Owens (MIT),Johannes Gehrke (Cornell) Dan Huttenlocher (Cornell) Other Collaborators: Sameer Agarwal (University of Washington and Google), Brian Curless (UW), Yasutaka Furukawa (Google), Steve Seitz (UW), Ian Simon (UW), Rick Szeliski (Microsoft Research) We gratefully acknowledge the support of the following sponsors: Sample Videos Datasets Synopsis: Repeated features are common in urban scenes. Papers:
Geological models from photogrammetry | GEOREKA Software With the incredible explosion of drones on the market, more and more uses are starting to be developed. One of the more straight forward applications is creating a 3D capture of outcrops. Using photogrammetry techniques to reconstruct 3D geological models of the drone footage we can use accurate surface information. Drones are already heavily used in the industrial minerals industry where they are used to produce highly detailed DTM’s (digital terrain models) for measuring stockpiles and up-to-date mine surveys for planning. Photogrammetry without drones If drones are not available or not practical (you need a lot of batteries and chargers) in remote areas, why not use your normal camera instead? From outcrop to geological models The big advantage with photogrammetry it that the result will be a 3D model of the surface rather than a stack of photos. Just a 3D outcrop without texture shows much less information After import the outcrop can be used to digitize features like bedding.
Raster to Vector and Vector to Raster Conversion Welcome to the Arbor Image web site.raster to vector conversionAt Arbor Image we create professional raster to vector software solutions for a wide range of commercial, industrial and hobby applications. Including: raster to vector conversion- New! - Version 4.5 Now Shipping!Draftsman Cutting Shop v.4.5 - Scan it! New! See Cutting Shop V3 in action! Cutting Shop User Gallery. Video training is available! Cutting Shop v3 training videos are over an hour long. The training videos are screen captures of Cutting Shop in action with voice narration. raster to vector conversion raster to vector cutting raster to vector engraving raster to vector drawing raster to vector convert raster to vector cutting raster to vector engraving raster to vector drawing raster to vector conversion Design Credits... Text and original graphics, excluding advertising banners, Copyright © 1999-2012 Arbor Image Corporation.
Bundler - Structure from Motion (SfM) for Unordered Image Collections What is Bundler? Bundler is a structure-from-motion (SfM) system for unordered image collections (for instance, images from the Internet) written in C and C++. An earlier version of this SfM system was used in the Photo Tourism project. For structure-from-motion datasets, please see the BigSFM page. Bundler takes a set of images, image features, and image matches as input, and produces a 3D reconstruction of camera and (sparse) scene geometry as output. The system reconstructs the scene incrementally, a few images at a time, using a modified version of the Sparse Bundle Adjustment package of Lourakis and Argyros as the underlying optimization engine. The Bundler source distribution also contains potentially userful implementations of several computer vision algorithms, including: F-matrix estimation Calibrated 5-point relative pose Triangulation of multiple rays Bundler produces sparse point clouds.
Mapping with drones • Exploring the Earth Intro: An exciting part of being a PhD student is being surrounded by new ideas and technology that pushes forward your field of study. On an undergraduate geology field trip to Freycinet National Park, Tasmania, I was part of a team in conjunction with our new TMVC hub (i.e. ARC Industrial Transformation Research Hub, Transforming the Mining Value Chain) at the University of Tasmania, to teach the undergraduate students geological mapping. An aerial done (UAV) with a student mapping in the background – Freycinet Peninsula, Tasmania, Australia Science Spiel: Mapping and drones First published geological map, by William Smith in 1815 Geology is very much an observational-based science. Undergraduate students observing the UAV (i.e. drone) in action. Dr. On a recent field trip for the 2nd year geology undergraduate students, we went to Freycinet Peninsula, on the east coast of Tasmania, to teach them about the rocks that make up the peninsula, and how to do geological mapping. -Stephanie
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