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Web3D MemberContactProjectsX3D/X3DOM ExpertiseResourceWish ListWebsite url
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Virginia TechDr. Nicholas PolysAdvanced Research Computing (ARC) provides centralized support for research computing by building, operating and promoting the use of advanced cyberinfrastructure at Virginia Tech. ARC seeks to maximize research productivity at Virginia Tech through interdisciplinary collaborations that connect researchers to new opportunities in computing and data driven research. ARC also provides a competitive advantage to VT research in obtaining external research support. Towards this end, ARC delivers a comprehensive ecosystem consisting of advanced computational systems, large-scale data storage, visualization facilities, software, and consulting services. By fostering strategic partnerships, ARC serves to cultivate advanced computing infrastructure as a platform for collaboration and helps secure the position of Virginia Tech as a leader in education, innovation, and research. ARC offers and hosts conferences, seminars, and scientific computing courses catering to all levels of academia while creating a more socially inclusive environment and broadening the collective insight of the field through increased diversity.Web3D publishing, Virtual Reality (Caves, HMD) https://www.arc.vt.edu/visionarium/ Open
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Synergy Software Design (SSD)Michael RussalesiSSD is a small business that has been providing custom software and geospatial solutions to federal customers for over 13 years. Synergy Software Design offers enterprise solutions, business analysis, and custom software development including desktop & web-based systems for GIS, engineering management & 3D planning. SSD has successfully developed 3D spatial applications and databases, integrated new and existing technologies, and supported rapid decision making at the Naval Facilities Engineering Command (NAVFAC) to demonstrate the Navy’s first enterprise-wide, three-dimensional scene visualization tool (SPIDERS 3D) for Navy and Marine Corps installations. Navy planners and engineers use the SPIDERS 3D tool to support major defense acquisition programs by visualizing platform-to-shore interface design concepts and by identifying potential incompatibilities and risks early in the design process. The program currently contains more than 100 virtual 3D Navy and Marine Corps installations and 300 different 3D models of weapon platforms, shore support equipment, shore infrastructure and base facilities.Software Development, CAD, 3D, VRMember only
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Naval Postgraduate School (NPS)Dr. Don BrutzmanNPS has been active in the formation of Web3D Consortium since the beginning of VRML in 1994. Our current work involves X3D Graphics version 4 devolpment including 3D printing/scanning, visualization, metadata, conversions and interoperability. Successfully gained U.S. Navy approval to participate, this pattern is repeatable by other government entities.Cochair for X3D Working Group, founding cochair of X3D Semantic Web Working Group, and active in Web3D Conference planning. Also active in CAD Design Printing Scanning, and Humanoid Animation, Medical and Heritage working groups. Deveops mutliple tool and educational resources for X3D. Web3D Consortium liaison to ISO and W3C.
X3D Resources, X3D Scene Authoring Hints, X3D Tooltips, X3D-Edit, X3DUOM, X3DJSAIL
X3D Projects Wish List
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National Institutes of Health (NIH)Dr. Darrell Hurt3dprint.nih.gov
Enterprise 3D . 3D print model exchange		3D Printing, CAD, and Medical; X3DOM; VRClose
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3DMDDr. Chris LaneManufactures: Static-3D and temporal-3D (4D) cameras,3D camera for human subject applications that demand anatomical image precision including healthcare, wearable technologies/apparel, anthropometric/human factor, and security.Medical, Human Factors and H-Anim
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MBARIMike McCannThe mission of MBARI is to achieve and maintain a position as a world center for advanced research and education in ocean science and technology, and to do so through the development of better instruments, systems, and methods for scientific research in the deep waters of the ocean. MBARI leads in the development of robotic vehicles that record observations of the marine environment. Understanding the data acquired through these activities is enhanced through the use of 3D data visualization technology. Key to MBARI's success is the adoption of open source and standards-based software, which has helped us build durable data management systems. One of these systems is the Spatial Temporal Oceanographic Query System (STOQS) which is actively used to visualize data from all types of oceanographic observing platforms. STOQS uses X3D Geospatial to present 3D views of data directly in web browsers. More information is available at http://www.stoqs.org/.Geospatial, X3DOM1) Improved workflow for texture mapped (including photographic image overlay) multibeam sonar and lidar acquired bathymetric data. 2) Improved gltf integration.
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FraunhoferDr. Johannes BehrIntegration of real and virtual worlds for immersive multimedia applications.X3DOM, VR
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VicomtechJorge PosadaVicomtech-IK4 (Visual Interaction and Communication Technologies Centre) is an applied research centre for Interactive Computer Graphics and Multimedia located in the Technology Park of San Sebastian (Spain).
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EDFChristophe MoutonElectricité de France (EDF) owns Europe’s largest decarbonated electricity generation assets. Based in France as the historical public-owned Power utility, her engineers have been involved in X3D development since 2005 and used this opensource XML-based ISO-ratified format to visualize with web technologies her massive assets. EDF is also involved in several standardization works related to data interoperability, digital mock-ups and digital twins. EDF is chairing the French AFNOR/CP IDMI mirror committee of the ISO/TC 184 and its SC 4 subcommittee dedicated to standardization of industrial data.X3DOM, CAD, long term archiving, VR, Digital Printing and Scanning
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CSIROMatt AdcockAustrailia's Natural Heritage group is focused on the development of examples, best practices and new techniques to capture, archive and distribute 3D representations of natural (biological) objects. Seeking to model, preserve and communicate the visual and informational aspects of 3D objects holding historical and intellectual interest.Cultural Heritage
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ToshibaDr. Yeonsoo YangImprove X3D's functionality for version 4.0 (X3DOM) in the areas of volume rendering, texture mapping and other 3D visualization extensions and solutions.X3DOM, Volume Rendering
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SenseGraphicsSenseGraphics has developed simulation platform with many essential features specifically designed for medical simulation. Breathtaking graphics and visual effects, realistic physical behaviour, photo realistic anatomical 3D structures created from real patient data and immersive haptic feedback Medical
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George Mason University (GMU) C4I and Cyber CenterDr. Mark PullenGMU is a user of X3D and seeks to track its progress to use in advanced military applications.X3D networking, Distributed Interactive Simulation (DIS)
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Korea Advanced Institute of Science and Technology (KAIST)Dr. Soonhung HanX3D, Geospatial
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Korea Institute of Science and Technology (KIST)Dr. Byounghyun YooDevelops WebXR library that enables seamless integration of interactive 3D, VR, AR application on the Web using a single sene graph.X3D, 3D Scanning and Printing
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Chungbuk National UniversityDr. Kwanhee YooDevelops libraries for projective texture mapping, H-Anim architecture(feet and hands), respiratory internal organs, data driven visualization, and LAE(live actor and entity)HAnim, Projective Texture Mapping (PTM), Live Actor and Entity(LAE), Data Driven Visualization, Korea Chapter Chair
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Ajou UniversityDr. Jung-Ju ChoiFace Recognition
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University of SuwonDr. Myeong Won LeeHAnim Cochair, X3D Specifications, ISO SC24 Chair
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Electronics and Telecommunications Research Institute (ETRI)
Dr. Byoung Nam LeeUnder investigation of projetcs related to 3D Printing and 3D Scanning area3D Printing and 3D Scanning
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KShell AnalysisDr. Vincent MarchettiDeveloped an online application that generates X3D, X3DOM files from STEP (ISO 1030) files. Developing X3D based solutions for 3D Printing, for technical illustration, and for automatically generated reports and visualizations for civil engineering and agricultural land improvement.CAD/CAM/CAE, 3D Printing
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SamsungMitch WilliamsDevelops the implementation of X3D inside Samsung's GearVR virtual reality product. Wrote "WebGL Hotshot" (Packt Publishers). Developed a Web 3D engine "Dynamic X3D" prior to WebGL. Was ported to Mobile devices. X3D parsing & implementation, 3d graphics engine development, WebGL software engineering, Shader languages
http://3d-online.com and gearvrf link
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3dMDChris Lane
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