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  • Sensor Service Architecture
    • Design Principles
    • Functional Domains
    • Implementation Platforms
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    • Uncertainity and Quality Assurance
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Home » Results » Sensor Service Architecture

Design Principles

SANY Sensor Service Architecture relies on following design principles:

    Rigorous Definition and Use of Concepts and Standards

    The SensorSA makes rigorous use of proven concepts and standards in order to decrease dependence on vendor-specific solutions. This helps to ensure the openness of a sensor service network and support the evolutionary development process.

    Loosely Coupled Components

    The SensorSA allows the components involved in a sensor service network to be loosely coupled, in which case loose coupling implies the use of mediation to permit existing components to be interconnected without changes.
    SensorSA Technical Independence

    Technology Independence

    The SensorSA is independent of technologies, their cycles and their changes, as far as practically feasible. Accordingly it is possible to accommodate changes in technology (e.g. lifecycle of middleware technology) without changing the SensorSA itself. The SensorSA is independent of specific implementation technologies (e.g. middleware,
    programming language, operating system).

    Evolutionary Development – Design for Change

    The SensorSA is designed to evolve, i.e. it shall be possible to develop and deploy the system in an evolutionary way. The SensorSA is able to cope with changes of user requirements, system requirements, organisational structures, information flows and information types in the source systems.

    Component Architecture Independence

    The SensorSA is designed in a way that service network and source systems (i.e. existing information systems, sensors and sensor networks) are architecturally decoupled. The SensorSA does not impose any architectural
    patterns on source systems for the purpose of having them collaborate in a service network, and no source system shall impose architectural patterns on a SensorSA. Important here is that a source system is seen as a black
    box, i.e. no assumptions about its inner structure are made when designing a service network.

    Generic Infrastructure

    The SensorSA services are independent of the application domain, i.e. they can be used across different thematic domains and in different organisational contexts. Ideally, any update of integrated components (e.g. sensors, applications, systems, ontologies) requires no or only little changes to the users of the SensorSA services.

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By Denis Havlik at 2009-09-20 11:29 | printer-friendly version | login to post comments