A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Improving rendering speed of 3D geospatial data based on HTML5/WebGL using improved arithmetic operation speed
The plug-in must be installed in the web environment to enable 3D spatial data service. Increasingly, these plug-ins are unused owing to installation errors, unsupported cross-browser compatibility, and security vulnerabilities. Specifically, in 2015, the NPAPI service was terminated and is now running only on applications based on Internet Explorer. In response, HTML5/WebGL (next-generation Web standard, confirmed in October 2014) technology has emerged. WebGL has been able to display 3D spatial data without any plug-in in any browser. In this study, we attempted to identify the necessary technologies and limitations for 3D spatial data display using HTML5/WebGL and suggested ways to improve the display speed. We used Emscripten technology to improve the speed of arithmetic operations. To conduct an experimental implementation on the proposed method, we used the 3D data provided by ‘Spatial Information Open Platform (VWorld)’ in Korea and analyzed the display speed of 3D spatial data in terms of frames per second and rendering time.
Improving rendering speed of 3D geospatial data based on HTML5/WebGL using improved arithmetic operation speed
The plug-in must be installed in the web environment to enable 3D spatial data service. Increasingly, these plug-ins are unused owing to installation errors, unsupported cross-browser compatibility, and security vulnerabilities. Specifically, in 2015, the NPAPI service was terminated and is now running only on applications based on Internet Explorer. In response, HTML5/WebGL (next-generation Web standard, confirmed in October 2014) technology has emerged. WebGL has been able to display 3D spatial data without any plug-in in any browser. In this study, we attempted to identify the necessary technologies and limitations for 3D spatial data display using HTML5/WebGL and suggested ways to improve the display speed. We used Emscripten technology to improve the speed of arithmetic operations. To conduct an experimental implementation on the proposed method, we used the 3D data provided by ‘Spatial Information Open Platform (VWorld)’ in Korea and analyzed the display speed of 3D spatial data in terms of frames per second and rendering time.
Improving rendering speed of 3D geospatial data based on HTML5/WebGL using improved arithmetic operation speed
Kang, Seokchan (author) / Lee, Jiyeong (author)
International Journal of Urban Sciences ; 23 ; 303-317
2019-07-03
15 pages
Article (Journal)
Electronic Resource
English
HTML5 , WebGL , Emscripten , asm.js , 3D spatial data , 3D rendering