Global Telecommunications / LTE Systems / LTE-Based Wireless Systems / LTE Networks / Cisco / Multimedia Networks / simulated using the LTE-Sim / /
Country
Malaysia / United States / Spain / / /
Event
Bankruptcy / /
Facility
Maria G. Martini Kingston University / /
IndustryTerm
4G networks / video sharing services / potential applications / video streaming services / cellular systems / packet scheduling algorithms / well known packet scheduling algorithms / wireless systems / real-time high-definition / unicast video services / wireless communications / personalized services / multiclass services / wireless channel state / packet scheduling algorithm / admission control algorithm / wireless transmission / Wireless Advanced / /
MusicGroup
Max / /
Organization
Kingston University / London / European Union / /
Person
D. Wang / V / Maria G. Martini / Simulation / C. Bouras / V / Ognen Ognenoski / /
Position
delay 3D video bit-rate 2D video bit-rate Scheduler / aforementioned scheduler / guard / correspondent / time UE speed Path loss/channel model / video traffic model / and the relevant performance metrics / scheduler / /
PublishedMedium
IEEE Communications Magazine / /
Technology
admission control algorithm / packet scheduling algorithms / 3-D / wireless communications / Mobile Computing / M-LWDF algorithm / two technologies / packet scheduling algorithm / simulation / well known packet scheduling algorithms / maximum transmission unit / /
Bandwidth Scalability and Efficient 2D and 3D Video Transmission over LTE Networks Moustafa M. Nasralla, Ognen Ognenoski and Maria G. Martini Kingston University, London, UK {M.Nasralla, Ognen.Ognenoski, M.Martini}@kings