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The expected results from this research will lead eventually to promising way coexistence issues between LTE-Advanced and TV band. The enabling technology will associate to LTE-Advanced apparatus to overcome the underutilization of TV band. By applying these technique, the results will shown that the Utilization of TV channels can be increased without affecting TV transmission and the LTE-Advanced after occupying TV will achieve high Throughput and low delay significantly. This works well with Geo location Database techniques to accumulate dynamic spectrum access information. The decision will…mehr

Produktbeschreibung
The expected results from this research will lead eventually to promising way coexistence issues between LTE-Advanced and TV band. The enabling technology will associate to LTE-Advanced apparatus to overcome the underutilization of TV band. By applying these technique, the results will shown that the Utilization of TV channels can be increased without affecting TV transmission and the LTE-Advanced after occupying TV will achieve high Throughput and low delay significantly. This works well with Geo location Database techniques to accumulate dynamic spectrum access information. The decision will be carried out by using exact types of incumbent service that will be developed based on optimal decisions algorithms. The whole system will be utilized by the LTE-Advance network.
Autorenporträt
Hashim Elshafie. Il est titulaire d'une licence en ingénierie électronique de l'Université soudanaise des sciences et technologies. Maîtrise et doctorat en génie électrique - télécommunications, Universiti Teknologi Malaysia. Depuis janvier 2016, professeur adjoint au département des réseaux informatiques et de l'ingénierie des communications de l'université King Khalid (KKU), en Arabie saoudite.