Toulouse, France | July 1-4 2014  - http://icwe2014.webengineering.org/

(call for research papers, industrial papers and late breaking results)

* Abstract submission: February 21, 2014 (EXTENDED - HARD deadline) (23h59 Hawaii Time)

* Full paper submission: February 25, 2014 (EXTENDED - HARD deadline) (23h59 Hawaii Time) 

* Paper notification: March 28, 2014

ICWE 2014 AT A GLANCE 

ICWE aims to bring together researchers and practitioners from various disciplines in academia and industry to tackle the emerging challenges in the engineering of Web applications and in the problems of its associated technologies, as well as the impact of those technologies on society and culture. The 14th edition of ICWE is centered around the theme of “Engineering the Web for users, developers and the crowd”, hereby highlighting the importance of all the different people that, somehow, participate in the development process of interactive Web applications and, ultimately, becomes the actors and the main users of the best practices and results of the research performed in the domain of the Web Engineering. 

ICWE 2014 is innovating with the introduction of six major research tracks: cross-media and mobile applications, HCI and the Web, modelling and engineering web applications, quality aspects of Web applications, social web applications, and Web applications composition and mashups. 

In addition to the six research tracks, ICWE 2014 also welcomes contributions as demos and posters, student papers to the PhD Symposium, tutorials and workshops, which will be subject of individual calls for papers. The conference will be held at Toulouse, France Toulouse which is the 3rd university city of France and it hosts one of the oldest in Europe (founded in 1229). Further information on the web sitehttp://icwe2014.webengineering.org/.

This call is concerned by research and industrial contributions in one of the following categories:

* Full research papers: mature, original research contribution ideally accompanied with some type of formal/empirical validation, evidence of use in practice and/or demonstration of scalability (18 pages)

* Industrial papers: description of commercial solutions that are highly innovative, discuss trends in the market and/or challenge the community to find solutions to new problems (18 pages)

* Late breaking results: description of preliminary results and/or ongoing efforts that present new ideas and concepts. (10 pages)

Accepted contributions will be included into the ICWE 2014 Springer LNCS proceedings.

ICWE 2014 RESEARCH TRACKS     (further details at http://icwe2014.webengineering.org/main-tracks/) 

The modern Web use is nomadic and across various devices - often simultaneously - and the Web experience should be enjoyable, of high quality and consistent across all devices, regardless of the purpose, place and time of use. Such mobile, cross-device usage forces Web developers to evolve or re-invent their engineering methods and techniques to these new requirements and user demands. Web applications have to be tailored to deal with the constraints imposed by mobile technology such as small screens, low (and sometimes expensive) bandwidth, limited browser capabilities, different usage situations, cross- and multi-device use. Simultaneously, modern mobile devices offer a rich set of sensors, available through current Web browsers, allowing Web pages access to geo-location, NFC, and other sensor data, as well as tracking user identity across devices. Also, he rise of the app as an alternative for Web sites is a concern to be addressed to ensure a future, open Web. 

Most Web applications are conceived as interactive systems that aim at communicating with users. Users do not only consume information via the Web, but can also play an active role by contributing content (e.g., Web 2.0), get involved in the development process of Web applications (e.g., agile and user-centered design processes) and even conceive their own components by interacting with specialized tools (e.g., end-user development tools). In this context, there are many user roles involved in the socio-technical environment encompassing the development of Web applications. This track is devoted to the studies on user interface software and technologies that improve the relationship between users and Web applications. We welcome research focused on improving usability, accessibility, and user experience with Web applications, as well as user-centered design approaches that describe how Web technology and innovative design solutions can help users to better accomplish their tasks over the Web.

The Modeling and Engineering Web applications track concerns principles, methods, notations, processes, approaches, and tools for supporting the development and evolution of high-quality Web applications in a more effective and efficient way. Model-driven approaches are of particular interest for addressing complexity, scalability, and maintainability of solutions for the development of Web applications, improving communication among participants of the development teams, and supporting the development of innovative tools and process. Furthermore, empirical and comparative studies of applying Web engineering methods and approaches, especially model-driven ones, are of particular interest. 

The development and usage of Web applications in different platforms and devices are continuously increasing. Web applications have become the most predominant form of software delivery today, with users and businesses choosing to rent or use software rather than buy it. The success of such applications depends on their capability to satisfy the customer needs. This has led to increased attention on quality models, processes and methods that facilitate understanding, evaluating, and especially improving the overall quality of products, processes and quality in use. 

Social aspects are an integral part of todays Web, and the widespread use of the Web to connect, share and tap into collective knowledge provides a wealth of actionable data. The crowd can be deployed in various ways, i.e. the so-called crowdsourcing and human computation applications, and their generated data is valuable for developers, researchers and marketers alike. Successfully tapping into the crowds knowledge, and gathering, analyzing, and visualizing complex, heterogeneous social data, and putting it to good use are major current challenges.

Composition on the Web aims to integrate Web services, Web data sources and Web widgets into other Web services or Web applications. Mashups, and especially mashup tools with their modeling languages and instruments for mashup development, bring significant innovation as they tackle integration across the data, API and user interface layers; they aim at simplicity and ease of use rather than completeness of features and full expressiveness (compared to traditional Web programming languages and tools), but still they allow fairly sophisticated development tasks in a Web browser. Hereby, mashups represent an important and emerging strain of Web applications, with their own set of research challenges and opportunities. 

ORGANIZATION 

General Chair:  

    Marco Winckler, University Paul Sabatier, Toulouse, France

Program Chairs: 

    Sven Casteleyn, Universitat Jaume I, Castellon, Spain 

    Gustavo Rossi, Universidad Nacional de la Plata, Argentina

Research Track chairs:

    In-young Ko, Korea Advanced Institute of Science and Technology, South Korea

    Niels Olof Bouvin, Aarhus University, Denmark

    HCI and the Web 

    Fabio Paternò,University of Pisa, Italy 

    José Antonio Gallud, Universidad de Castilla La Mancha, Spain

    Marco Brambilla, Politecnico di Milano, Italy

    Manuel Wimmer, Technical University of Vienna, Austria

    Quality aspects of Web applications

    Silvia Abrahão,Universidad Politecnica de Valencia, Spain

    Filomena Ferrucci, Università di Salerno, Italy 

    Social Web applications

    Maria Bielikova, Slovak University of Technology in Bratislava, Slovakia 

    Flavius Frasincar, Erasmus University Rotterdam, The Netherlands

    Web applications composition and mashups

    Cesare Pautasso (University of Lugano, Switzerland) 

    Takehiro Tokuda (Tokyo Institute of Technology, Japan)

Demo and Poster Chairs:

    Michael Nebeling, ETH, Switzerland

    Jordi Cabot, INRIA / École des Mines de Nantes, France

Phd Symposium Chairs:

    Martin Gaedke, Technische Universitat Chemnitz, Germany

    Cinzia Cappiello, Politecnico di Milano, Italy

Tutorial Chairs:

    Luis Olsina, Universidad National de la Pampa, Argentina

    Oscar Pastor, Universidad Politecnica de Valencia, Spain

Workshop Chair:

    Santiago Melia, University of Alicante, Spain

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PS. Apologies for cross-posting.