-: Event-based systems follow an interaction model based on three decoupling dimensions: space, time, and synchroniza- tion. However, event producers and consumers are tightly coupled by event semantics: types, attributes, and values. That limits scalability in large-scale heterogeneous environ- ments with significant variety such as the Internet of Things (IoT) due to difficulties in establishing semantic agreements at such scales. This paper studies this problem and inves- tigates the suitability of different traditional and emerging approaches for tackling the issue.

Edward Curry

-: Event-based systems follow an interaction model based on three decoupling dimensions: space, time, and synchroniza- tion. However, event producers and consumers are tightly coupled by event semantics: types, attributes, and values. That limits scalability in large-scale heterogeneous environ- ments with significant variety such as the Internet of Things (IoT) due to difficulties in establishing semantic agreements at such scales. This paper studies this problem and inves- tigates the suitability of different traditional and emerging approaches for tackling the issue.

Computer Science

Research output: Contribution to conference (Published) › Paper

Original language	English (Ireland)
Publication status	Published - 1 Jan 2015

Authors (Note for portal: view the doc link for the full list of authors)

Authors
Hasan, Souleiman,Curry, Edward

Cite this

Curry, E. (2015). -: Event-based systems follow an interaction model based on three decoupling dimensions: space, time, and synchroniza- tion. However, event producers and consumers are tightly coupled by event semantics: types, attributes, and values. That limits scalability in large-scale heterogeneous environ- ments with significant variety such as the Internet of Things (IoT) due to difficulties in establishing semantic agreements at such scales. This paper studies this problem and inves- tigates the suitability of different traditional and emerging approaches for tackling the issue..

Curry, Edward. / - : Event-based systems follow an interaction model based on three decoupling dimensions: space, time, and synchroniza- tion. However, event producers and consumers are tightly coupled by event semantics: types, attributes, and values. That limits scalability in large-scale heterogeneous environ- ments with significant variety such as the Internet of Things (IoT) due to difficulties in establishing semantic agreements at such scales. This paper studies this problem and inves- tigates the suitability of different traditional and emerging approaches for tackling the issue.

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title = "-: Event-based systems follow an interaction model based on three decoupling dimensions: space, time, and synchroniza- tion. However, event producers and consumers are tightly coupled by event semantics: types, attributes, and values. That limits scalability in large-scale heterogeneous environ- ments with significant variety such as the Internet of Things (IoT) due to difficulties in establishing semantic agreements at such scales. This paper studies this problem and inves- tigates the suitability of different traditional and emerging approaches for tackling the issue.",

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Curry, E 2015, '-: Event-based systems follow an interaction model based on three decoupling dimensions: space, time, and synchroniza- tion. However, event producers and consumers are tightly coupled by event semantics: types, attributes, and values. That limits scalability in large-scale heterogeneous environ- ments with significant variety such as the Internet of Things (IoT) due to difficulties in establishing semantic agreements at such scales. This paper studies this problem and inves- tigates the suitability of different traditional and emerging approaches for tackling the issue.'.

-: Event-based systems follow an interaction model based on three decoupling dimensions: space, time, and synchroniza- tion. However, event producers and consumers are tightly coupled by event semantics: types, attributes, and values. That limits scalability in large-scale heterogeneous environ- ments with significant variety such as the Internet of Things (IoT) due to difficulties in establishing semantic agreements at such scales. This paper studies this problem and inves- tigates the suitability of different traditional and emerging approaches for tackling the issue. / Curry, Edward.
2015.

Research output: Contribution to conference (Published) › Paper

TY - CONF

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Curry E. -: Event-based systems follow an interaction model based on three decoupling dimensions: space, time, and synchroniza- tion. However, event producers and consumers are tightly coupled by event semantics: types, attributes, and values. That limits scalability in large-scale heterogeneous environ- ments with significant variety such as the Internet of Things (IoT) due to difficulties in establishing semantic agreements at such scales. This paper studies this problem and inves- tigates the suitability of different traditional and emerging approaches for tackling the issue.. 2015.