EMSOS 2014 - IEEE 2014 Second International Workshop on Engineering Mobile Service Oriented Systems (EMSOS 2014)

Mobile systems are characterized with autonomous, dynamically adaptable, and heterogeneous components collaborating in open intra-organizational environments to provide solutions. Next generation phones, mobile networks, mobile cloud computing are a few examples of mobile applications where code, users and their devices continuously move. Evolving requirements, such as reliability, security, scalability, performance and privacy, from fixed to mobile settings, has revealed new and important challenges. This is due to the behavioural constraints that mobility poses, and that were not faced in traditional distributed settings. Examples include: dynamic network topology, changes in location, constrained resource availability, communication protocols heterogeneity, unstable connectivity, and so forth. The service-oriented paradigm is a promising approach for engineering open, dynamic and distributed systems. There are a plethora of research issues on how mobile systems can make use of service oriented engineering techniques.
The EMSOS Workshop aims to bring together researchers from academia and industry, as well as practitioners in the area of engineering services in mobile environments in order to provide a forum where recent research results can be presented and discussed. The aim is to understand open issues in the software engineering area of services applied in mobile environments, and to build a community of researchers and practitioners willing to collaborate on these issues.
The workshop seeks contributions that address theoretical foundations, important issues, recent developments, applications, methods, practical techniques, tools, empirical studies, experience, and lessons learned related to software engineering mobile service oriented systems.
List of Topics
Topics of interests to EMSOS 2014 include, but are not limited to:
* Mobile services in the cloud;
* Business Process Modelling and Requirements of services for mobility;
* Model-Driven Service Engineering for mobile systems;
* Software Product Line and mobility;
* Aspect-Oriented and Service Oriented Engineering for mobile environments;
* Service-Oriented Architectures and mobility
* Modelling, developing, deploying, configuring and maintaining mobile services,
* Semantics and Formal methods for mobile service oriented systems;
* Enterprise Service Buses and Middleware-induced service oriented architectures for mobile environments;
* Security, trust and privacy issues in service oriented systems for mobile environments;;
* Dependability issues in service-oriented mobile systems;
* Service Discovery and publication in mobile systems;
* Service Level Agreements for mobility;
* Composing and orchestrating services in mobile environments;
* Testing for mobility;
* Context-Aware and Autonomic Computing in Service Oriented mobile environments;
* Maintenance and evolution of mobile systems using service oriented engineering;
* Economics of developing and evolving mobile services;
* Tool Support;
* Empirical, experience and industrial studies;
* Applying Service Oriented Engineering in mobile domains such as wireless sensor networks, cloud computing, mobile telephony energy saving, climate change, healthcare, etc.