PDF-(BOOK)-Tangible Modeling with Open Source GIS

This book provides an overview of the latestnbspdevelopments in the fast growing field of tangible user interfacesnbsp Itnbsppresents a new type of modeling environment where the users interact withnbspgeospatial data and simulations using 3D physical landscape model couplednbspwith 3D rendering engine Multiple users can modify the physical modelnbspwhile it is being scanned providing input for geospatial analysis andnbspsimulations The results are then visualized by projecting images ornbspanimations back on the physical model while photorealistic renderings ofnbsphuman views are displayed on a computer screen or in a virtual realitynbspheadset New techniques and software which couple the hardware setupnbspwith open source GRASS GIS and Blender rendering engine make thenbspsystem instantly applicable to a wide range of applications in geosciencenbspeducation landscape design computer games stakeholder engagement andnbspmany othersnbspThis second edition introduces a new nbspmore powerful version of the tangiblenbspmodeling environment with multiple types of interaction includingnbsppolymeric sand molding placement of markers and delineation of areasnbspusing colored felt patches Chapters on coupling tangible interaction withnbsp3D rendering engine and immersive virtual environment and a case studynbspintegrating the tools presented throughout this book nbspdemonstrate the secondnbspgeneration of the system Immersive Tangible Landscape that enhancesnbspthe modeling and design process through interactive rendering of modelednbsplandscapenbspThis book explains main components of Immersive Tangible LandscapenbspSystem and provides the basic workflows for running the applications Thenbspfundamentals of the system are followed by series of example applicationsnbspin geomorphometry hydrology coastal and fluvial flooding fire spreadnbsplandscape and park design solar energy trail planning and othersnbspGraduate nbspand undergraduate students and educators innbspgeospatial science earth science landscape architecture computer graphicsnbspand games natural resources and many others disciplines will find this book useful nbspasnbspa reference or secondary textbook nbspResearchers who want to build and furthernbspdevelop the system will most likely be the core audience but also anybody interestednbspin geospatial modeling applications hazard risk management hydrology solarnbspenergy coastal nbspand fluvial flooding fire spread landscape and park designnbspwill want to purchase this booknbsp. Colin Dixon. Technical Steering Committee Chair, . OpenDaylight. Senior Principal . Engineer, . Brocade. Some content from: David Meyer, . Neela. . Jaques. , and Kevin . Woods. Outline. State of networking and SDN. www.nettx.co.uk. Objectives. Basic. Examine the impact of change from the perspective of an end user. Identify and evaluate open source alternatives to proprietary network software. Advanced. Implement a number of open source network services to replace proprietary services. Adam . Sitnik. About myself. Open Source:. BenchmarkDotNet . (contributor . => maintainer). Core CLR . (. contributor. ). corefxlab . (. contributor. ). & . more. 2. Agenda. The only thing that matters. VistA. Contract . Number: VA118-16-C-0841 . April . 21, . 2016. SLIN 0002AD – Open Source Software and Product . Selection Criteria. Initial . Submission. Open Source Software and Product . Selection Criteria Overview. Skills. : none. IT concepts. : open source, . copyright, license, the impact of open source software and content. Where does this topic fit?. Internet concepts. Applications. Technology. Implications. Lidar. Derived Terrain Models. By Marty Earwood. GEOG 596A - Capstone Project. Penn State University Graduate Student. September 28, 2010. Overview. Purpose and Objectives. Define Open Source Software (OSS). Fang Wang & Wilhelmina Randtke. St. Mary’s University Law Library, April 4, 2013. What Is Open Source Software?. Open source . is a collaborative software development method that harnesses the power of peer review and transparency of process to develop . A Litigator’s Perspective. May 10, 2018. Presentation for MIPLA Stampede. Roadmap. 2. Intro to open source. Benefits. Risks. Common licenses. Permissive. Copyleft. /”viral”. Patent provisions. Patents and open source. OSS & . User Ed.. OSS & . User Ed.. Types of. Open Source. Examples. History. Conclusion. Advantages. Open Source Software. History. History. The term . open source. describes practices in production and development that promote access to the end product's source materials. Some consider open source a philosophy, others consider it a pragmatic methodology. . BI Tools. Asun – Arman – Rama – Rizal – Roji - Yasin. Commercial BI Tools. Oracle BI. Oracle BI (2). Information delivery enhancements . – new features and capabilities within Interactive Dashboards, Answers, Reporting and Publishing, Delivers, and Disconnected, as well as enhanced support for alternative channels . Matt malczewski, . sas. . canada. acknowledgements. Tamara Dull, SAS Best Practices. Steve Holder, National Analytics Lead, SAS Canada. Tina Schweihofer, Senior Solution Specialist, SAS Canada. Chris Hemedinger, Manager, communities.sas.com. Projects. Matthew J. Christy. Intro – Me . Matthew J. Christy. Lead Software Applications Developer at the . Initiative for Digital Humanities, Media and Culture . (IDHMC) at Texas A&M University. The Desired Brand Effect Stand Out in a Saturated Market with a Timeless Brand Arsenal provides live . tool demonstrations in an open, conversational environment where presenters are able to interact with attendees to provide a hands-on experience. .. What is it again please?. Arsenal Video.