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Use Cases » INCIPICT

http://incipict.univaq.it/use-cases

Reference services and applications. By having a connectivity at the state of the art for the optical component and for the wireless short-medium range component as well as an adequate abstraction layer, it will be possible to activate and experiment innovative applications in many areas. In this context it is proposed to develop experimental services in the following areas, identified within specific local scientific skills and local vocations:. Structural monitoring of buildings;. To achieve these goal...

intermaths.eu

Contacts - InterMaths

http://www.intermaths.eu/email-us

Year 1 in L'Aquila IntMat. Year 1 in L'Aquila SciCom. Year 2 in Brno. Year 2 in Gdansk. Year 2 in Katowice MatMod. Year 2 in Katowice MatFin. Year 2 in L'Aquila IntMat. Year 2 in L'Aquila SciCom. Year 2 in Lviv. Info for local students. Send copy to yourself. Brno University of Technology. Gdansk University of Technology. University of Silesia in Katowice. Ivan Franko National University of Lviv. A joint Master's programme in. Applied and Interdisciplinary Mathematics.

mathmods.eu

Evaluation - MathMods :: Erasmus Mundus MSc

http://www.mathmods.eu/admission/evaluation

MathMods : Erasmus Mundus MSc. 8594; click here. Pick a study path. UAQ Math. Mod. Life and Social Sciences. UAQ Math. Mod. and Optimisation. UAB Stochastic Mod. and Optimisation. GUT Adv. Comp. Meth. Material Science. UHH Mod. and Sim. Complex Systems. UNS Math. Mod. App. to Finance. Latest from our Partners. Earthquake in central Italy. A terrible earthquake struck central Italy at 3.36 this morning, August 24th 201. Visit to the Airbus plant in Hamburg-Finkenwerder. Application for the 2016 batch.

ns.di.univaq.it

A4WSN: Architecture framework for WSNs

http://ns.di.univaq.it/sa.html

Software Architecture Modeling Language. The SAML modeling language allows designers to define the software architecture of the WSN application. The software architecture of a WSN is defined as a set of interacting components. Which exchange messages by passing through ports. Each component can declare a set of application data. That can be seen as local variables declared in the scope of the component; application data is manipulated by actions. Defined in the behaviour of the component.

ns.di.univaq.it

A4WSN: Architecture framework for WSNs

http://ns.di.univaq.it/programming.html

Third-party engines are realized as plugins extending the A4WSN generic workbench. It knows at run-time which plugins are available and automatically provides to the user the available target implementation languages and analysis techniques. Components, which provide the needed extension points, they communicate with all the other components of the programming framework. Design by Ivano Malavolta.

ns.di.univaq.it

A4WSN: Architecture framework for WSNs

http://ns.di.univaq.it/env.html

The ENVML modeling language allows designers to specify the physical environment in which the WSN nodes are deployed in. An ENVML environment identifies a specific area in the 2D space in which obstacles. Can be freely positioned. Each obstacle has an attenuation coefficient. That may represent a specific material like concrete, wood, glass, etc. In ENVML, area. Identify portions of physical environment in which nodes of the same type can be distributed according to a distribution policy.

ns.di.univaq.it

A4WSN: Architecture framework for WSNs

http://ns.di.univaq.it/overview.html

Overview of the A4WSN platform. The main goal of our research is to take advantage of Model-Driven Engineering (MDE) techniques to support an architecture-driven development and analysis of wireless sensor networks. As shown in the figure, the A4WSN platform is composed of two main parts:. For describing the architecture of a WSN. For accessing the architectural models of the WSN. The Software Architecture Modeling Language for WSN. The Node Modeling Language. The Environment Modeling Language. Language ...

ns.di.univaq.it

A4WSN: Architecture framework for WSNs

http://ns.di.univaq.it/map.html

A MAPML model is composed of a set of mapping link. Each of them weaving together a node definition from the NODEML. Model and a component from the SAML model. The component in the SAML. Model will be physically deployed on the linked node in the NODEML. Model In the scope of a given mapping link, a designer can define three types of link:. It allows designers to associate which sensor is actually used in the context of the sense data action. Communication device mapping link. Design by Ivano Malavolta.