This paper presents aframeworkfor self-optimizing next generation mobile networks, such as
3G LTE and WiMAX systems. Concept, architecture, interfaces and functions are described …

The ability of base stations in wireless access networks to regularly and autonomously self-
optimize their parameters has become a key requirement from network operators. A number …

We present a mathematical framework for quantitative investigations of self-optimizing
wireless networks (SON) with focus on the 3GPP long-term evaluation (LTE) system. Basic …

With regard to the increasing growth of demands in order to provide various services and
high-speed in new generation of mobile telecommunications, one of the challenges ahead …

With the deployment of next generation (4G) mobile radio systems an additional radio
access network is established. A variety of different Radio Access Technologies (RATs) will …

Future mobile communication systems will benefit from a significant degree of self-
organization. Self-Organization (SON) methods have become one of the hot topics in …

Future cellular systems demand higher throughput as an important requirement, along with
smaller cell sizes to characterize the performance of network services. This paper purposes …

In this paper we present system level simulation results of a self-optimizing load balancing
algorithm in a long-term-evolution (LTE) mobile communication system. Based on previous …

This paper presents an introduction in selfoptimization processes and algorithms that will be
applied especially in LTE (Long Term Evolution or E-UTRAN) mobile networks. As a …

Self-organizing networks promise significant expenditure savings for operators when rolling
out modern cellular network infrastructure, such as Long-Term Evolution (LTE) and LTE …