It aims to make the system efficient, fast, and fair, allowing as many processes as possible to make the best use of the CPU at any given time. We conclude then that there is a gap for a resource thatĪddresses these subjects in a more appropriate wayĪ process-scheduling algorithm is a fundamental operating system function that manages the assignment of CPU (Central Processing Unit) processes. However it also has limitations regarding usage and, possibly, performance. To develop multi-projected I3DIV applications for web browsers,
#Unity networkview component software
That there is currently only one software resource that can be used Multi-projection systems for the web are most commonly implemented using client-server and decentralized graphic clusters, thatĭiversified interaction devices are most commonly accessed in webīrowsers using an approach we called "device-server-browser", and
Were then compiled under the mantle of multi-projected I3DIV applications for web browsers. Regarding how interaction devices besides mouse and keyboard canīe used in web browsers (which selected 26 articles) their results Using web browsers (which selected 10 articles), and another one One regarding how multi-projection systems can be implemented To better understand how these applications canīe developed for web browsers, we conducted a Systematic Literature Review (SLR) composed by two searches for scientific articles, Web browsers provide a feature-rich, cross-platform, and easilyĪccessible environment presenting the potential to reduce the costsĪnd complexity of interactive 3D Information Visualization (I3DIV)Īpplications involving multi-projection systems and diversified interaction devices.
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