Call for
Papers
IEEE Communications
Magazine
Heterogeneous and Small Cell Networks
(HetSNets)
Driven by a new generation of wireless
user equipment and the proliferation of bandwidth-intensive
applications, user data traffic and the corresponding network load
are increasing in an exponential manner. Most of this new data
traffic is being generated indoors, which requires increased link
budget and coverage extension to provide satisfactory user
experience. As a result, current cellular networks are reaching their
breaking point, and conventional cellular architectures that are
devised to cater to large coverage areas and optimized for
homogeneous traffic are facing unprecedented challenges to meet these
user demands.
In this context, there has been an increasing
interest to deploy relays, distributed antennas, and small cellular
access points (such as picocells and femtocells) in residential
homes, subways, and offices. These network architectures, which may
be either operator-deployed and/or consumer-deployed, and are
comprised of a mix of lowpower cells underlying the macrocell
network, are commonly referred to as heterogeneous networks
(HetNets). By deploying additional network nodes within the
local-area range and bringing the network closer to end-users,
HetNets can potentially improve spatial reuse and coverage, thus
allowing future cellular systems to achieve higher data rates, while
retaining the seamless connectivity and mobility of cellular
networks.
Inspired by the attractive features and potential
advantages of HetNets, their development and deployment is gaining
momentum in the wireless industry and research communities during the
last few years. It has also attracted the attention of
standardization bodies, such as 3GPP LTE-Advanced and IEEE 802.16
Wireless Metropolitan Area Networks. However, HetNets also come with
their own challenges, and there are significant technical issues that
still need to be addressed for successful rollout and operation of
these networks.
This feature topic issue of the IEEE
Communications Magazine solicits high quality technical contributions
identifying and discussing recent trends, challenges and techniques
related to heterogeneous and small cell networks. Topics of interest
include but are not limited to the following:
- Downlink and uplink PHY/MAC design for HetNets in 3G and
LTE systems, as well as beyond 4G communication systems
- Radio propagation models and measurement campaigns
- Efficient system-level simulations for massive HetNet
deployments
- Utilization of higher frequency bands
(3.5 GHz and above) for HetNet deployments
- Interference analysis, alignment, avoidance, and
coordination
- Resource allocation techniques
- Restricted access versus open-access
femtocells/picocells
- Power control and power saving
mechanisms
- Mobility
estimation/enhancement/modeling
- Load balancing, range
expansion, and robust handover
- Carrier aggregation in
heterogeneous networks
- CoMP techniques in heterogeneous
networks
- Time synchronization for heterogeneous
networks
- Relay selection and cooperative transmission
methods
- Cognitive radio and game theoretic
techniques
- Trade-offs between femtocells, picocells,
relays, and distributed antenna systems
- Self organizing
networks and issues in self maintenance and self install
- New backhaul architectures (e.g., wireless backhaul,
etc.) and backhaul modeling
Submissions should make
explicit reference to the heterogeneous and small cell networks
elements of the contribution. Techniques tailored to specific 4G
systems, such as LTE-A, will be particularly appreciated. The editors
take the right to reject any manuscript they believe does not fit the
scope of this feature topic issue. You will find information about
Layout and Text Formatting Author Guidelines on http://www.comsoc.org/commag/author-guidelines.
Submissions will be done through Manuscript Central http://mc.manuscriptcentral.com/commag-ieee.
Important Dates
Submission Deadline: Nov. 1,
2012
Notification Due: Jan. 15, 2013
Final Version Due: Mar.
1, 2013
Feature Topic Issue Published: May 1, 2013
Guest
Editors
Ismail Güvenc, Florida International University,
USA (iguvenc@ieee.org)
Tony Q. S. Quek, Singapore
University of Technology and Design, Singapore (tonyquek@sutd.edu.sg)
Marios Kountouris, SUPELEC,
France (marios.kountouris@supelec.fr)
David
López-Pérez, Bell Labs, Ireland (david.lopez-perez@alcatel-lucent.com)