STEAM: event-based middleware for wireless ad hoc networks

Meier, René; Cahill, Vinny

doi:10.1109/icdcsw.2002.1030841

Cited by 142 publications

(116 citation statements)

References 12 publications

(15 reference statements)

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“…Although the core of our system resembles a standard notification system with similar operating principles as in the systems presented in [12][13][14], certain aspects render it unique. First, it is designed for dissemination of event information in an extremely diverse environment consisting of heterogeneous networks and terminals.…”

Section: Related Workmentioning

confidence: 99%

Chronicle Recognition for Mobility Management Triggers

Dousson

Pentikousis

Sutinen

et al. 2007

2007 IEEE Symposium on Computers and Communications

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An optimally working mobile system requires tight cooperation and an information stream that flows impeccably between its components. This, however, is not the current state of the art, as applications and system components must each, in isolation, acquire data, create a knowledge base, and maintain it with diligence. We introduce chronicle recognition to our trigger management framework and present the advantages of generating synthetic triggers based on events and measurements, establishing the theoretical foundation. We explain how, by using a time point algebra, we can reason with reified logic and obtain triggers that are unavailable otherwise. These triggers can be generated efficiently, as our results indicate, and are reliable in terms of event temporal correlation.

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Section: Related Workmentioning

confidence: 99%

Chronicle Recognition for Mobility Management Triggers

Dousson

Pentikousis

Sutinen

et al. 2007

2007 IEEE Symposium on Computers and Communications

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“…They are Reflective, Tuple Space, Context Aware and Event-Based middleware [8,9]. Each category may supports requirements imposed by mobility.…”

Section: Mobile Cloud Middlewarementioning

confidence: 99%

Smarter Way to Access Multiple Mobile Cloud Applications without Interoperability Issues

Thanapal¹,

Marimuthub²,

Rajkumar³

et al. 2017

IJWMT

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As we are in the world of emerging technologies people have more awareness about it especially Smartphone's. Usage of Smartphone's has been increased tremendously. Different operating systems (OS) are used in smart phones such as MAC OS, Android, and Windows OS etc. Most of the applications are run on their appropriate platform. Cloud is the simplest way to run certain application over cross platforms. Many cloud vendors are there who provides several kinds of applications and software which can be accessed by the users. In that Application Programming Interfaces (APIs) helps us to create a cloud application over the market. However there will be chances to occur Interoperability issues while users were working on a cross platforms. In order to overcome this issue a framework has been proposed named Mobile Cloud Middleware (MCM). MCM will recover the interoperability issues over multiple cloud services on mobile devices. Here in this paper we proposed effective result to solve the Interoperability issue by integrating Mobile Enterprise with MCM.

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“…The communication of events uses the publish/subscribe mechanism, which is an asynchronous communication mechanism with several advantages: the situational information is transmitted multicast to several consumers; producers and consumers are decoupled so that no entity has to know the others; it simplifies the distributed processing of the situational information to obtain situations at different abstraction levels. Publish/subscribe facilitates the use of content-based routing algorithms to deliver the published events to all interested subscribers, such as in Hermes (Gaddah and Kunz, 2003) and supports event-based services (Meier and Cahill, 2002) and adaptive applications (Engelstad et al, 2004) for ad hoc networks. The loose coupling characteristics of event-based architectures respond to the high level dynamism of ad hoc networks and simplify the application development.…”

Section: Space-based and Sitcomp Architecturementioning

confidence: 99%

Middleware and architectures for space-based and situated computing

Cristea

Dobre

Costan

et al. 2011

IJSSC

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Situated computing is an actual research area that gathers the knowledge and investigation in mobile, wearable, ubiquitous and augmented computing. The aim is to sustain systems that collect information about contexts and user actions over a period of time and supply it to applications that dynamically adapt to context changes. Situated computing systems have various architectures, but most of them include a middleware layer that supports equipment with limited computing resources and offers functionalities that simplify applications development, deployment, execution, and maintenance. Middleware and architectures are the focus of this paper, which presents the main concepts, research results, and future trends in middleware for situated computing. Service oriented, event driven, agent-based, and peer-to-peer architectures are discussed. Middleware issues for situated computing, embedded devices, autonomic space management, proactive services, context awareness, and smart spaces are tackled as well.

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STEAM: event-based middleware for wireless ad hoc networks

Abstract: Abstract

Cited by 142 publications

References 12 publications

Chronicle Recognition for Mobility Management Triggers

Chronicle Recognition for Mobility Management Triggers

Smarter Way to Access Multiple Mobile Cloud Applications without Interoperability Issues

Middleware and architectures for space-based and situated computing

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