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 …

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 …

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 …

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 …

In femtocell deployments, leakage of the pilot signal to the outside of a house can result in a
highly increased signalling load to the core network as a result of the higher number of …

We present ways for user-assisted coverage configuration and interference optimization.
The femtocell coverage is measured in a user-assisted site survey, followed by an …

Femtocell technology is expected to improve both coverage and capacity, especially
indoors. Providers of cellular services are increasingly implementing this technology in their …

Femtocells are low-cost, low-power cellular base stations that are deployed by the end user
to supplement macro-cellular coverage and provide high data rates in the customer's …

In the future B3G/4G communication systems, it is of broad prospect to implement the
femtocell in the enterprise offices or other public places. However, the femtocell operations …

3GPP/LTE femtocell dense deployment scenarios set new challenges in terms of
interference and Radio Resource Management (RRM). Traditional policies are mainly …