ฉันรักแปลAbstract—The use of femtoc

ฉันรักแปลAbstract—The use of femtocells has been an attractive solution
since it achieves better coverage and capacity and low cost for
deployment and maintenance. However, their performance can be
compromised by the cross-tier interference with existing macrocell
infrastructure or between adjacent femtocells, especially in
the case of co-channel deployment. One way to address this,
is adjusting the transmit power of every femto base station
with respect for overall performance. To this direction, we have
implemented a framework that simulates femtocell overlays over
LTE-Advanced (LTE-A) macrocellular systems. The framework
allows power management over user-defined femtocell deployment,
deciding their power levels according to three different
power schemes. The resulting throughput is presented for every
point of the macrocell in a user-friendly GUI. In this paper, we
present the design of this framework and discuss the results.

ผลลัพธ์ (แอฟริกา) 1:

Ek is lief vir die vertaling Abstract-Die gebruik van femtocells het 'n aantreklike oplossing is
aangesien dit bereik 'n beter dekking en kapasiteit en lae koste vir
die ontwikkeling en instandhouding. Maar hulle prestasie kan
benadeel word deur die kruis-Tier inmenging met bestaande macrocell
infrastruktuur of tussen aangrensende femtocells. , veral in
die geval van mede-Channel ontplooiing. Een manier om dit aan te spreek,
is die aanpassing van die oordra Power elke Femtochemie Base Station
met respek vir die algehele prestasie. Om hierdie rigting, het ons
'n raamwerk wat Femtocell overlays simuleer oor geïmplementeer
LTE-Advanced. (LTE-A) Macrocellular Systems. Die Raamwerk
Laat Power Management oor die gebruiker-gedefinieerde Femtocell ontplooiing,
besluit hul Power vlakke volgens Drie verskillende
Power Skemas. Die gevolglike deurset aangebied vir elke
Point van die macrocell in 'n gebruiker-vriendelike GUI. In. Hierdie vraestel, het ons
bied die ontwerp en bespreek die resultate van hierdie raamwerk.