Maximum RAM utilization in relation to vertices count and video size.

Maximum RAM utilization in relation to vertices count and video size.

<p>Maximum RAM utilization in relation to vertices count and video size.</p>

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Bibliographic Details
Main Author:	Mohammed Hlayel (20455634) (author)
Other Authors:	Hairulnizam Mahdin (4993616) (author), Mohammad Hayajneh (20455637) (author), Saleh H. AlDaajeh (20455640) (author), Siti Salwani Yaacob (20455643) (author), Mazidah Mat Rejab (20455646) (author)
Published:	2024
Subjects:	Biophysics Space Science Biological Sciences not elsewhere classified Information Systems not elsewhere classified deliver practical guidance best method according addressable asset system constrained mobile platforms unity &# 8217 simultaneously reducing cpu includes augmented reality highest compression ratios detailed comparison among assessed compression methods constrained mobile devices ar mobile applications predicting resource utilization optimal lossless compression experimental results show ar digital twins time ar applications improve user experience mobile devices user experience results show virtual reality optimal model enhancing unity digital twin cpu time compression ratio compression algorithms among others based ar ar performance compression efficiency xr ), xlink "> webgl contexts vr content vr ). underlined challenges strong option slower loading resource usage ram usage ram caching outperforming gzip like ram help choose greater flexibility give insights finally leads fast lz extended realities efficient implementations computational inefficiencies challenges lead bundle size better end
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