Kurzfassung Die vierte Generation der Mobilkommunikationsnetze hat flächendeckende
Verbreitung erreicht, und die kommende fünfte Generation (5G) bildet einen signifikanten …

Over the past few years there has been an dramatic increase in mobile data traffic demand,
a trend that is expected to continue in coming years. Traditional macrocell-only networks are …

The exponential growth of mobile traffic requires mobile operators to update their network
infrastructure to provide greater capacity and better connections for end‐users. A promising …

Non-orthogonal multiple access (NOMA) has been considered one of the key enabling
technologies of 5G networks. This has been mainly due to its high spectral efficiency …

The main contribution of this chapter was to survey a number of contemporary wireless
networks and to investigate ways in which resource optimization (in a broad sense) is …

Cellular planning and optimization of mobile heterogeneous networks has been a topic of
study for several decades with a diversity of resources, such as analytical formulations and …

Heterogeneous networking paradigm addresses the ever growing need for capacity and
coverage in wireless networks by deploying numerous low power base stations overlaying …

Abstract Im Fokus des Verbundvorhabens SAFARI stand die Erforschung von Plattformen für
die Verarbeitung von Basisbandsignalen zukünftiger LTE/LTE-Advanced Mobilfunksysteme …

Bei der Planung von UMTS-Funknetzen sollen zelluläre Mobilfunksysteme der dritten
Generation so konfiguriert werden, dass sie bei geringen Kosten eine maximale …

To meet the ever increasing demand of wireless services for high data rates and mobility,
mobile communication systems have evolved from the first generation cellular network to the …