Paper submission due:
August
25, 2014(extended,
firm)
Author notification:
September25, 2014
Camera Ready due:
October 15, 2014
Registration due:
October 15, 2014
Scope and Topics
Introduction
Sustainable
Computing and
Communications refers
to principles
that embrace a range of policies,
procedures, programs, and attitudes
that run the length and breadth of
any use of information
and communication
technologies.
It is a holistic approach that
stretches from power to waste to
purchasing to education and is a
life-cycle management approach to
the deployment of IT across an
organization. It
includes designing,
manufacturing, using, and disposing
of information
and communication systems
with minimal or no impact on the
environment.
SustainCom (Sustainable Computing and
Communications)
was created to provide a prime
international forum for researchers,
industry practitioners and domain
experts to exchange the latest
fundamental advances in the state of
the art and practice of
Sustainable Computing and
Communications as well as
innovative applications.
Scope and Topics
Track 1:
Sustainable Computing and
Communications
· Theoretical
Aspect of
Energy,
Power, and
Temperature
· Algorithms
for Reduced
Power,
Energy and
Heat
· Power-aware
Design of Software, Middleware and
Systems
· Power-aware
Networking
· Real-time
systems
· Power-efficient
Computing
Architectures
· Efficient
CircuitDesign for
Energy
Harvesting
· Power
Management in
Memory, Disk, Storage and other
peripheral Devices
· Configurable and
Renewable Energy
· Low
Power Electronics
· Energy
Efficient Network Hardware
· Energy-Efficient Communication
Protocols
· Low power
Communication Technologies
· Embedded
Systems,
ASICs and FPGSs
· Power
Leakage and
Dissipation
· Code
Profiling and Transformation for
Power Management
· Power-aware
Scheduling and
Resource Allocation
· Energy-efficient
Wireless/Mobile/Sensor
Systems and Networks
· Security
and Privacy
· Wearable Computing
· Ecological
Monitoring,
Analytics and Visualization
· Green
Communications Architectures and
Frameworks
· Green
Data Centres and Enterprise
Computing
· QoS
and Green Computing
· Integration
of Smart Appliances
· Green
Software Engineering Methodologies
and Tools
· Virtualization Impact for Green
Computing
· Case
Studies on Green Computing and
Communications
· Green
Computing Models, Methodologies and
Paradigms
Track 2:
Sustainable Systems and Technologies
· Sustainable
Architectures for Smart Grids
· Smart Grid
Security,
Reliability and
Load Balancing
· Energy
Management Systems (EMS)
· Economic
Models of Energy Efficiency
· Energy
Monitoring,
Profiling and Measurement
· Renewable
Energy Systems
and Harvesting Energy
(e.g. Solar, Wind)
· Greener
Systems Planning and Design
· Virtualization for Reducing
Power Consumption
· Evolutionary Algorithms in
Energy Applications
· Scheduling
and Switching Power Supplies
· Optimization Techniques for
Efficient Energy Consumption
· Reliability
of Power-aware Computers
· Runtime
Systems that Assist in Power Saving
· Models
for Collective Optimization of Power
and Performance
· Monitoring
Tools for Power and Performance of
Parallel and Distributed Systems
· Use
of Sensors for Environmental
Monitoring
· Smart
Control for Eco-friendly Buildings
Track 3:
Sustainable Methodologies and
Applications
· Smart City
(Sustainable Design, Models,
Frameworks, Policies and Strategies)
· Smart
City (Sustainable Integration and
Optimization of Comprehensive
Resources and Information Flows
- energy, emissions, people, goods
and services)
· Sustainable
Energy Generation, Transmission,
Distribution and Delivery
· Smart
Buildings
and UrbanInfrastructures
· Smart
Grid for Energy Generation,
Transmission, Monitoring and
Management
· Open
Government, Open Data Policies,
Urban-Scale
Data Sharing, Information Security
and Privacy
· Smart
Logistics and Sustainable Supply Chain
Management
· Smart
People, Smart Living and Smart
Citizen Engagement
· Intelligent
Transport Systems and Traffic
Management
· Smart
Energy-efficient Sensor Networks and Internet of
Things
· Smart
Home, Smart Healthcare and Ageing
Population support
· e-Mobility,
e-Work and e-Business
Applications
· Sustainable
UrbanMobility and
Smart Vehicle Management
· Smart
Resource Support
and Demand Management and
Optimization
· User-CentredServices and Systems
· Open
Big City Data, Cloud Computing,
Internet-Enabled
Infrastructures and Services
for Sustainability
· Innovation
Labs, Experimental Test-Beds and
Simulation Environments
· Mechanisms
for Motivating Behavior Change
· Advanced
Data Analytics for Smart
Cities
· IS
Architecture Design and Platform for
Sustainability
· Case
Studies and Innovative Applications
for
Sustainability
Submission Guidelines
Submissions must include an
abstract, keywords, the e-mail
address of the corresponding author
and should not exceed 8 pages for
main conference, including tables
and figures in IEEE CS format. The
template files for LATEX or WORD can
be downloaded
here. All paper submissions must
represent original and unpublished
work. Each submission will be peer
reviewed by at least three program
committee members. Submission of a
paper should be regarded as an
undertaking that, should the paper
be accepted, at least one of the
authors will register for the
conference and present the work.
Submit your paper(s) in PDF file at
the submission site:
http://www.swinflow.org/confs/susc2014/submission.htm.
Publications
Accepted and presented papers will
be included into the IEEE Conference
Proceedings published by IEEE CS
Press (indexed by EI). Authors of
accepted papers, or at least one of
them, are requested to register and
present their work at the
conference, otherwise their papers
may be removed from the digital
libraries of IEEE CS and EI after
the conference.
Distinguished papers presented at
the conference, after further
revision, will be published in
special issues of Concurrency and
Computation: Practice and
Experience,
Journal of Network and Computer
Applications, Journal of
Computer and System Sciences
and IEEE Transactions on Cloud
Computing.