Research Projects
ARLES research concentrates on leveraging today's rich networking environment towards enabling the pervasive computing/ambient intelligence vision.
Ongoing Research
Revisiting service-oriented paradigms for pervasive computing
- Maintenance of service-oriented software towards easing the evolution of service-oriented systems that are dynamically composed.
- Enabling end-user composition of pervasive applications to make pervasive computing applications accessible to the masses.
- Service orchestration for information technology and embedded integrated systems to enable the composition of today's diverse networked systems.
- QoS-aware service-oriented middleware to enable the dynamic composition of networked systems while guaranteeing target functional and non-functional properties.
Revisiting the middleware paradigm for pervasive networking
- Dynamic synthesis of connectors to support interoperability among networked systems in the highly heterogeneous and changing pervasive networking environment.
- Middleware for mobile social ecosystems to support complex social interactions in today's mobile pervasive networks.
Leveraging today's pervasive networking environment
- Data-driven macroprogramming for heterogeneous sensor networks to support high-level application development in heterogeneous sensor networks.
- Data sharing and replication in pervasive networks to allow ubiquitous access of user data from a multitude of devices with heterogeneous capabilities and running on different platforms
- TravelDashboard: Personalized Mobility to Urban Travelers: improving urban transportation through personalized mobility services
Past research (Selection)
Service-oriented computing for ambient intelligence
- Privacy-awareness in pervasive service-oriented systems [2006-2009]
- Service-oriented middleware for ubiquitous networks [2006-2009]
- Semantic services for ambient intelligence [2004-2008]
- Interoperable middleware for ambient intelligence [2004-2008]
- Service discovery and access in heterogeneous networks [2004-2006]
- Efficient service access in mobile ad hoc networks [2003-2006]
- Service-oriented middleware for ambient intelligence [2001-2004]
- Dependable composition of Web services [2000-2003]
Leveraging hybrid wireless networks for ambient intelligence
- Resource discovery in multi-radio networks [2004-2006]
- Group management for MANET [2003-2006]
- Resource discovery in MANET [2001-2005]
- AdHocFS for sharing files in WLAN [2000-2003]
Software architecture
- Architecture-based development [1999-2003]