2006•Zenodo (CERN European Organization for Nuclear Research)Open access

Development of Ambient Intelligence Applications using Components and Aspects

Lidia Fuentes, Daniel Jiménez, Mónica Pinto

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Abstract

In recent times, interest in Ambient Intelligence (or AmI) has increased considerably. One of the main challenges in the development of these systems is to improve their modularization in order to achieve a high degree of reusability, adaptability and extensibility. This will help us to deal with the heterogeneity and evolution of the environments in which AmI devices exit. An example would be to easily adapt existing applications when new communication technologies appear. Current approaches apply component technologies to achieve these goals, but more should be done. Our research focuses on applying aspect technologies to components in order to improve AmI application modularization. We present the benefits of aspect technologies with regard to reusability and adaptability, by showing the limitations of PCOM, a component-based AmI middleware platform. We will show a study comparing DAOPAmI, our own component and aspect-based AmI middleware platform and PCOM.

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What this paper is about

In recent times, interest in Ambient Intelligence (or AmI) has increased considerably. One of the main challenges in the development of these systems is to improve their modularization in order to achieve a high degree of reusability, adaptability and extensibility. This will help us to deal with the heterogeneity and evolution of the environments in which AmI devices exit. An example would be to easily adapt existing applications when new communication technologies appear. Current approaches apply component technologies to achieve these goals, but more should be done. Our research focuses on applying aspect technologies to components in order to improve AmI application modularization. We present the benefits of aspect technologies with regard to reusability and adaptability, by showing the limitations of PCOM, a component-based AmI middleware platform. We will show a study comparing DAOPAmI, our own component and aspect-based AmI middleware platform and PCOM.

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Available abstract

In recent times, interest in Ambient Intelligence (or AmI) has increased considerably. One of the main challenges in the development of these systems is to improve their modularization in order to achieve a high degree of reusability, adaptability and extensibility. This will help us to deal with the heterogeneity and evolution of the environments in which AmI devices exit. An example would be to easily adapt existing applications when new communication technologies appear. Current approaches apply component technologies to achieve these goals, but more should be done. Our research focuses on applying aspect technologies to components in order to improve AmI application modularization. We present the benefits of aspect technologies with regard to reusability and adaptability, by showing the limitations of PCOM, a component-based AmI middleware platform. We will show a study comparing DAOPAmI, our own component and aspect-based AmI middleware platform and PCOM.

Key concepts: Reusability, Adaptability, Computer science, Modular programming, Middleware (distributed applications), Component (thermodynamics), Extensibility, Ambient intelligence

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