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Subject: [ E-CFP ] 1st CfP: ICSNC 2013 || October 27 - November 1, 2013 - Venice, Italy
From: <invitation_(on)_iariainfo.org>
Date received: 15 Feb 2013
Deadline: 28 May 2013
Start date: 27 Oct 2013



Please consider to contribute to and/or forward to the
appropriate groups the following opportunity to submit and
publish original scientific results to ICSNC 2013.

The submission deadline is May 28, 2013.

Authors of selected papers will be invited to submit extended
article versions to one of the IARIA Journals:


============== ICSNC 2013 | Call for Papers ===============


ICSNC 2013, The Eighth International Conference on Systems and
Networks Communications

October 27 - November 1, 2013 - Venice, Italy

General page: http://www.iaria.org/conferences2013/ICSNC13.html

Call for Papers:

- regular papers

- short papers (work in progress)

- posters

Submission page:

Submission deadline: May 28, 2013

Sponsored by IARIA, www.iaria.org

Extended versions of selected papers will be published in IARIA
Journals: http://www.iariajournals.org

Print proceedings will be available via Curran Associates, Inc.:

Articles will be archived in the free access ThinkMind Digital
Library: http://www.thinkmind.org

Please note the Poster and Work in Progress options.

The topics suggested by the conference can be discussed in term
of concepts, state of the art, research, standards,
implementations, running experiments, applications, and
industrial case studies. Authors are invited to submit complete
unpublished papers, which are not under review in any other
conference or journal in the following, but not limited to, topic

All tracks are open to both research and industry contributions,
in terms of Regular papers, Posters, Work in progress,
Technical/marketing/business presentations, Demos, Tutorials, and

Before submission, please check and conform with the Editorial
rules: http://www.iaria.org/editorialrules.html

ICSNC 2013 Topics (topics and submission details: see CfP on the

WINET: Wireless networks

3G/4G integration; Wireless protocols, architectural and design
concepts; Design and implementation of mobile information
systems; Wireless communications and mechanisms; Antenna and RF
subsystems; Coding & modulation & equalization; Channel modeling
and characterization; Equalization/Synchronization; Wireless
technologies; Wireless applications & services; IP Multimedia
subsystems (IMS); Wireless and mobility; Wireless-wireline
convergence; Radio communications systems; Specialized wireless
networks; Management of wireless networks; Position on standards
& fora on wireless networks; Business models on wireless
networks; Communications regulations, Spectrum management;
Software-Defined Radio (SDR) [ architectures, hardware, software,
signal processing and smart antennas, etc.]

HSNET: High speed networks

Technologies, protocols, and applications for high speed
networks; Voice over high speed networks; Services and
interconnections of high speed networks; Technologies for High
speed optical networks; Optical burst switching; End-to-end
applications; Optical control plan; Advanced optical technology
architectures; Design of high speed systems and networks;
Methodologies and development tools for high speed networks;
Management and control of high speed networks; Performance in
high speed networks; Security aspects in high speed networks;
QoS/SLA in high speed networks; Diagnosing high speed networks;
High speed networks and NGN

SENET: Sensor networks

Architectures and protocols for wired and wireless sensor
networks; Design of sensor networks; Instrumentation and models
for deployment of sensors networks; Power in sensor networks; Ad
hoc and wireless sensor networks; Management and control of
sensor networks; Performance in sensor networks; Security and
reliability aspects in sensor networks; Information assurance in
sensor networks; QoS/SLA in sensor networks; Applications, case
studies and prototypes with sensor networks

MHNET: Mobile and Ad hoc networks

Mobile technology and fundamentals; Analytical and validation
models for mobility; Architecture and routing protocols for
mobile networks; Architectures, frameworks, fundamentals on ad
hoc networks; Energy efficient design, cross-layer design,
scalability; MAC protocols for ad-hoc and sensor networks
(801.11, Bluetooth, etc.); Data, information, and signal
processing in mobile networks; Complexity analysis of mobile
algorithms and protocols; Software platforms and development
tools supporting mobility; QoS/SLA, access control and security
in mobile and ad hoc networks; Location and mobility management;
Location and service discovery in ad hoc networks; Planning,
provisioning, and deployment mobility features; Directional and
smart antennas for mobile and ad-hoc networks; Performance and
security in ad hoc and mobile networks; Self-organization,
synchronization and stability in ad hoc networks; Self-management
in ad hoc and mobile networks; Ad hoc and mobile networks and
auton omic computing; Mobile ad hoc platforms, systems and tools;
Applications over ad hoc networks; Standards evolution on
mobility and ad hoc networks

AP2PS: Advances in P2P Systems

Architectures and protocols; Gossip-based and epidemic protocols;
Integration with network operators and service providers;
Autonomic computing and networking; Semantic P2P; Opportunistic
networking; Content delivery networks; Applications; Prototypes
and simulations; Implementations; Comparative performance
analysis; Dependability, resilience and availability;
Benchmarking and optimization; Quality of experience; Security,
trust and reputation; Digital rights management; Content
filtering; P2P and wireless convergence; Integrated approaches;
Energy efficiency

MESH: Advances in Mesh Networks

Architectures and algorithms; Wireless interference models;
Large-scale networks; Real-time and non-real-time communications;
Centralized and distributed scheduling; Service differentiation;
Security, Privacy, and Trust; Protocol interference models;
Single-channel multihop/multichannel routing; Quality of Services
routing; Multimedia-centric routing; Cross-layer multicast
routing; QoS-based access protocols for mesh networks;
Multichannel access protocols; Applications; Multimedia services;
Home IPTV; WiMax; Broadband home networking communications; Smart
buildings; Broadband Internet access

VENET: Vehicular networks

Communication technologies in vehicular networks; Frameworks and
architectures for vehicular networks; Interoperability with
Internet and other networks; Vehicle-infrastructure
communications; Vehicle-to-vehicle communications; Emerging
inter/intra-vehicle and infrastructure-to-vehicle wireless
technologies; Cross-layer design and optimization for vehicular
networks; Middleware and service architectures for vehicular
networks; Propagation issues Vehicular sensors and data
collection and process; On-drive diagnostics and repair
technologies and systems; Protocol features /MAC, QoS, routing,
multicast, addressing, identity/; Mobility and hand-off ;
Properties /security, privacy, performance, robustness,
real-time, etc./; Control and management in vehicular networks;
Driver-oriented support systems /assistance, active&passive
safety, etc./; Case studies and fields trials on vehicular
networks; Applications across vehicular networks /content
distribution, alerting, etc./; Standar dization /802.11p, DSRC,
etc./ and standard platforms /JasPar, AUTOSTAR, etc./

RFID: Radio-frequency identification systems

Fundamentals for RFID systems; Communications in RFID systems;
Next generation RFID Technologies; RFID middleware design and
architecture; Antenna design for RFID; System design and
deployment; Circuits and architecture; RFID ans sensor networks;
Bridging RFID networks in heterogeneous networks; Collision,
proximity, speed; Security, privacy, trust; Monitoring and
control of RFID systems; Localization and tracking; Inventory
tracking; Testing and verification; Planing and executing RFID
systems; RFID pilot projects; Use cases in deploying and
operating /finance, manufacture, agriculture, transportation,
etc./; Tools for supporting the design and deployment of RFID

SESYS: Security systems

Security analysis methodologies; Middleware and distributed
systems security; Cryptography, certificates, information hiding,
access control; Protection, risk, vulnerabilities, attacks,
authorization/authentication; Access control, wireless access
control, broadband access control; Biometrics, smart cards,
identification and trust methodologies; Certification,
accreditation anonymity, and audit; Security management,
emergency contingency planning, identify theft, life safety;
Wireless and mobile security; Fast security associations;
Electronic surveillance and e-commerce protocols; Security and
trust in web-services-based applications; Peer-to-peer security,
denial of services; Information survivability, insider threat
protection, integrity; Intellectual property rights, privacy,
legal and regulatory issues; Criminal exploitation of technology;
Commercial and industrial security; Viruses, hackers, worms,
spam, and other malicious code

MCSYS: Multimedia communications systems

Technologies, protocols, and mechanisms for multimedia
communications; Multimedia compression mechanisms and information
representation; Multimedia encoding and compression, MPEG-1 to
MPEG-4, Wavelet and fractal; Multimedia frameworks,
communications, and middleware; Next generation multimedia
communications; Mobile multimedia communications; Methodologies
and development tools for multimedia communications systems;
Wireless mobile multimedia communications; Ad hoc multimedia
networks; IP-based Multimedia Subsystems (IMS); QoS/SLA in mobile
multimedia services and applications; Mechanisms for interactive
multimedia applications; Designing and implementing interactive
applications; Multimedia authoring, publishing, and right
securing; Security and performance for multimedia communications;
Management, QoS, and security aspects in streaming over wireless
ad hoc networks; Management and control of multimedia systems;
Standards protocols for multimedia communications

POSYS: Policy-based systems

Policy for automation control; Trusting policy control commands;
Policy-driven autonomic organizations; Policy-based control
scalability; Policy sensors for feedback control; Policy conflict
detection and conflict resolution; Context-aware policy-driven
adaptive frameworks; Policy integrity, trust and negotiations;
Policy-based software applications; Policing pervasive computing
environments; Policing on-demand systems and services

PESYS: Pervasive education system

Learning and teaching systems; E-learning methods and e-learning
scenarios; Tools and architectures for mobile/ubiquitous
e-learning; Cooperative learning and working; Mobile technology
and education; Distance learning and education; Computers and
arts; Education in developing regions; Reflection in learning
software and hardware; Social impact metrics on distance
learning; Methodologies and processes for education; Curriculum
projects and experiences; Intelligent support; Multimedia
environment for teaching; E-market place for higher education;
Embedded systems education; Wearable computers and education

Committee: http://www.iaria.org/conferences2013/ComICSNC13.html


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