Integrating UPnP in a development environment for service-oriented applications

Yu, Jianqi; Lalanda, Philippe

doi:10.1109/icit.2008.4608538

Cited by 1 publication

(2 citation statements)

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“…To date, several studies supporting ubiquitous application composition have been presented. They focus on service provisioning issues (Chantzara, Anagnostou & Sykas, 2006;Nakano, Takemoto, Yamato & Sunaga, 2006;Takemoto, Oh-ishi, Iwata, Yamato, Tanaka, Shinno, Tokumoto & Shimamoto, 2004), context-aware adaptation (Preuveneers & Berbers, 2005a;Hesselman, Tokmakoff, Pawar & Iacob, 2006;Jianqi & Lalanda, 2008;Bottaro, Gerodolle & Lalanda, 2007;Bottaro, Bourcier, Escofier & Lalanda, 2007;Handte Herrmann, Schiele & Becker, 2007;Rouvoy, Eliassen, Floch, Hallsteinsen & Stav, 2008;Rouvoy, Barone, Ding, Eliassen, Hallsteinsen, Lorenzo, Mamelli & Scholz, 2009), service validation and trust (Bertolino, De Angelis, Frantzen & Polini, 2008;Bertolino, De Angelis & Polini, 2009;Buford, Kumar & Perkins, 2006), service communication path optimization (Kalasapur, Kumar & Shirazi, 2005), automatic application code generation (Nakazawa, Yura & Tokuda, 2004) and distributed user interface deployment (Rigole, Vandervelpen, Luyten, Berbers, Vandewoude & Coninx, 2005). Several design styles for developing adaptive ubiquitous applications through composition have also been suggested (Paluska et al, 2008;Saif, Pham, Paluska, Waterman, Terman & Ward, 2003;Sousa et al, 2008b).…”

Section: Fig 1 Generic Application Composition Processmentioning

confidence: 99%

“…Similarly, the ANSO architecture (Bottaro et al, 2007;Jianqi & Lalanda, 2008) suggests using adaptive adaptors to target service discovery heterogeneity issues. ANSO uses the UPnP service discovery protocol and provides explicit mappings of other protocols for UPnP in order to integrate sensors, computing devices and web services into one coherent and manageable network.…”

Section: Middleware Supportmentioning

confidence: 99%

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Medusa

Davidyuk

Georgantas

Issarny

et al.

Handbook of Research on Ambient Intelligence and Smart Environments

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Activity-oriented computing (AOC) is a paradigm promoting the run-time realization of applications by composing ubiquitous services in the user’s surroundings according to abstract specifications of user activities. The paradigm is particularly well-suited for enacting ubiquitous applications. However, there is still a need for end-users to create and control the ubiquitous applications because they are better aware of their own needs and activities than any existing context-aware system could ever be. In this chapter, we give an overview of state of the art ubiquitous application composition, present the architecture of the MEDUSA middleware and demonstrate its realization, which is based on existing open-source solutions. On the basis of our discussion on state of the art ubiquitous application composition, we argue that current implementations of the AOC paradigm are lacking in end-user support. Our solution, the MEDUSA middleware, allows end-users to explicitly compose applications from networked services, while building on an activity-oriented computing infrastructure to dynamically realize the composition.

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