Deployment of a large number of femtocells to jointly provide coverage in an enterprise
environment raises critical challenges especially in future self‐organizing networks which …

Deploying a number of femtocells to jointly provide coverage in an enterprise environment
raises critical challenges especially in future self-organizing networks which rely on plug …

The use of a group of femtocells to jointly provide coverage in an enterprise environment
introduces several challenges in the introduction of self-configuration and self-optimization …

Self-optimization of coverage is an essential element for successful deployment of
enterprise femtocells. This paper evaluates the performance of genetic algorithm, particle …

Radio coverage optimization is a key element in improving the overall performance of
femtocell cellular networks. Owing to the increased size and complexity of femtocell …

A future network deployment is given by a cell with a base station (BS) and a second tier of
femtocells: a femtocell is a short-range mini-BS to be mainly deployed indoor to improve …

In this paper, we propose a self-optimization coverage function for LTE femtocells
embedded in a macrocell area. In this approach each Femtocell Base Station continuously …

Providing an appropriate indoor coverage is still a fundamental challenge for mobile
operators, in particular for Long Term Evolution (LTE) enterprise femtocell networks …

Deploying femtocells lead to an incredible increase in macrocell coverage and the capacity
of networks. Autonomous femtocell operations can improve the networks normal services …

In enterprise scenarios, multi-femtocell deployments can be carried out to improve indoor
services performance. In this environment, a detailed cell planning can be made in order to …