WWWJ 2014 - Large-scale Web Applications in Virtualized Environments

Springer World Wide Web Journal
Special Issue Call for Papers:
Large-scale Web Applications in Virtualized Environments
Guest Editors:
Ernesto Damiani, Università degli Studi di Milano, Italy,
ernesto.damiani-AT-unimi.it
Kokou Yetongnon, Université de Bourgogne, France, kokou-AT-u-bourgogne.fr
Richard Chbeir, Université de Pau (UPPA), France, richard.chbeir-AT-univ-pau.fr
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EXTENDED PAPER SUBMISSION: April 10th, 2014!
There is a lot of interest today in virtualization, with many vendors
offering virtual servers to
virtual applications and even virtual network devices. A major benefit
expected from
virtualization is dynamic scalability of Web applications based on traffic
or on clients’ demand.
Web application scalability is critical to the success of many enterprises
currently involved in
doing business on the Web and in providing information that may vary
drastically from one time
to another. Maintaining sufficient resources just to meet peak requirements
can be costly.
Virtualization-based paradigms like cloud computing provide a powerful model
that allows to
simply and securely connect users to information resources on-demand and
anywhere. Modern
Web applications are increasingly hosted in a cloud-computing
infrastructure, able to
communicate and interact with external mobile devices. Such applications
should dynamically
scale in response to changes in the workload to guarantee service level
agreements. This trend
brought about a number of new modeling, design and implementation issues for
Web
applications, including
- Models to approximate non-functional properties of virtualized,
multi-tiered Web
applications, including performance, security and privacy.
- "Cloud-aware" techniques for designing and implementing virtualized Web
applications
- Toolkits and framework for cloud-based Web application monitoring and
management
- Techniques for advanced information and data handling targeted at
virtualized storage
- Models to represent and link data in virtualized environments
Solving these key issues requires both first-class theoretical research and
careful experimental
evaluation to show that model predictions are faithful to observed
application behavior. Also,
results need to be validated in the context of hybrid provisioning on
multiple, heterogeneous
virtualized platforms and cloud stacks. Finally, Web-based information
systems rely on models
and tools for representing, integrating and linking data or resources from
heterogeneous sources
or platforms. There is a need to investigate the impact of virtualization on
these models.
Springer World Wide Web Journal solicits papers presenting original research
on Large-scale
Web applications in Virtualized Environments
The goal of this special issue is to bring together current development,
ideas, and practical
results of Web application development and deployment, as it is being
transformed by
virtualization. Manuscripts are solicited to address a wide range of topics
in Web information
management in the cloud era, including - but not limited to - to the
following topics:
- Web application development on virtualized infrastructures and platform
- Web information handling on virtualized storage
- Web applications on Cloud infrastructure
- Web applications and SLA
- Data and information quality on virtualized systems
- Deep Web and the Cloud
- Information integration on heterogeneous cloud systems
- Knowledge-based systems
- Virtualized RDF data indexing and storage
- Recommender systems on the cloud
- Virtualized Systems security, privacy, and trust
- Using Social Network Analysis on the cloud
- Data management and mining in social Web
- Filtering techniques (ranking, collaborative filtering, topic detection
and tracking, etc) for social Web
- Web advertising and community analysis
- Web-based collaboration
- Web service and information management
- Virtual communities on the cloud
- Design and analysis of social or collaborative applications
- Cloud and service computing
- Cloud and mobile services
** Important Dates
- Extended Paper submission: April 10, 2014
- First round notification: June 10, 2014
- Revised version due: September 10, 2014
- Notification of Acceptance: October 10, 2014
- Final Manuscripts Due: November 10, 2014
** Submission Instructions
Authors are encouraged to submit high-quality, original work that has
neither appeared in, nor is under
consideration by, other journals.
Springer offers authors, editors and reviewers of World Wide Web Journal a
web-enabled online
manuscript submission and review system. Our online system offers authors
the ability to track the review
process of their manuscript. Manuscripts should be submitted to:
http://WWWJ.edmgr.com under the
article type "Large-Scale Web Virtualized Environment." This online system
offers easy and
straightforward log-in and submission procedures, and supports a wide range
of submission file formats.
** Journal Information
Springer World Wide Web Journal
ISSN: 1386-145X (print) 1573-1413 (electronic)
www.Springer.com/11280
Editors-in-Chief:
- Marek Rusinkiewicz, Telcordia Technologies, USA
- Yanchun Zhang, Victoria University, Australia