Deutsch
English
Two Stage Power Control in Multi-cell Wireless Networks
Document Actions
Authors
Stoycho Stefanov, Angela Feistel, and Slawomir Stanczak
Reference
The 17th European Wireless Conference,
Vienna,
April 2011.
Abstract
In this work we address the concept of a two stage power allocation in a multi-cell wireless network. The first stage is the outer-loop power control (OLPC), where a central network controller (CNC) operates on a larger timescale and allocates power budgets to base stations or access points. OLPC aims at controlling the inter-cell interference (ICI) in average. The individual bandwidth and power of each user are allocated on frame-level during the second stage of the resource allocation. We solve the OLPC-problem using a max-min SINRbalancing approach. Further, we introduce different strategies for reducing the feedback between BSs and the CNC and investigate the influence of the reduced feedback on the system outage performance.
Subject area
Network / QoS Optimization
IEEEtran BibTeX-Entry
@inproceedings{SFS11tspc,
author = "Stoycho Stefanov and Angela Feistel and Slawomir Stanczak",
title = "{Two Stage Power Control in Multi-cell Wireless Networks}",
booktitle = "{The 17th European Wireless Conference}",
address = "Vienna",
month = "April",
year = "2011",
}
Last modified 17.02.2011 10:08
Fokusseminar 02.11.2012
