A home automation proposal built on the Ginga digital TV middleware and the OSGi framework

Lucena, Vicente Ferreira de; Filho, João Edgar Chaves; Viana, Nairon S.; Maia, Orlewilson B.

doi:10.1109/tce.2009.5277985

Cited by 23 publications

(7 citation statements)

References 22 publications

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“…Four functional components of Middleware for IoT are identified in paper [10] as interface protocols for technical interoperability, device abstraction for syntactic and semantic interoperability, central control, context detection and management for context-aware computation and application abstraction. This paper reviews the middleware HYDRA/LinkSmart [11], aWESoME [12], GINGA [13], CASAS [14] , CAMPUS [16] and SHSM [17] applicable for Smart home application. HYDRA/ LinkSmart [11] HYDRA renamed as LinkSmart Project in 2014 is a middleware for intelligent networked embedded systems based on a service-oriented architecture.…”

Section: : Middleware For Smart Home Applicationmentioning

confidence: 99%

“…GINGA [13] Ginga is the International Standard for Digital Television (ISDTV) middleware. In paper [13] component based model for the Ginga middleware is developed using OSGi framework allowing Digital TV to act as a Home Gateway The model provides centralized control as the middleware is installed only on the gateway .The architecture uses the advantage of OSGi specification, supporting for home network such as UPnP and Jini .The Ginga-OSGi Architecture consist of three structures, namely Ginga-NCL for procedural environment ,Ginga-J for Java applications and a Ginga Common Core provides common content decoders to serve both the Ginga-NCL and Ginga-J .Though the model is scalable, the focus on its capability in achieving interoperability and security is not discussed.…”

Section: : Middleware For Smart Home Applicationmentioning

confidence: 99%

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A survey on middleware for smart home application

2016

IJLTET

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Section: : Middleware For Smart Home Applicationmentioning

confidence: 99%

Section: : Middleware For Smart Home Applicationmentioning

confidence: 99%

A survey on middleware for smart home application

2016

IJLTET

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“…The first set of approaches may be used to enhance the real‐time infrastructure defined in this article. The work described in describes a (TV) middleware, which may be integrated in the architecture described in this paper. Additional support described for Zigbee and universal plug‐and‐play in an OSGi engine is also interesting from the perspective of an enhanced distributed real‐time Java architecture with access to multiple networks.…”

Section: Related Approachesmentioning

confidence: 99%

Enhancing OSGi with real‐time Java support

2012

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OSGi was designed with embedded systems in mind, its current support is insufficient for coping with one main characteristic of many embedded systems: real-time performance. This article analyzes different key issues in providing OSGi with real-time Java performance covering motivational issues, and different integration ways and challenges stemming from the integration. It also contributes a general framework for introducing real-time performance in OSGi, which is called the real-time for OSGi framework. The framework uses real-time Java virtual machines and the real-time specification for Java. The adoption of this framework allows cyber-physical systems to experience real-time Java performance in their applications. The framework introduces several integration levels for OSGi and real-time specification for Java, and specific real-time OSGi services. An empirical implementation was carried out using standard software, which was extended with the new defined services. Hardware/OS Security Module Life cycle Service Bundles Figure 1. OSGi layering.

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“…In particular, we plan to extend our API to permit its deployment in an OSGi-based implementation such as the one presented by De Lucena et al [6]. The experimentation with the scenarios introduced in this paper is also planned, as it would permit, on the one hand, the evaluation of the API and, on the other hand, the implementation of further applications based on the mobile WaC paradigm.…”

Section: Final Remarksmentioning

confidence: 99%

Distributed discrimination of media moments and media intervals

Teixeira

Freitas

Pimentel

2010

Proceedings of the 2010 ACM Symposium on Applied Computing

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The Watch-and-Comment paradigm has been proposed as the seamless capture of comments made by users when appreciating a video, which is watched using a computer or a TV set, for example. The comments can be associated with the original media in several ways so as to generate interactive videos automatically -the interactive video corresponding to the original video annotated with the captured comments. In this paper we explore the application of the Watch-and-Comment approach in situations in which the annotations are represented by operators used for the discrimination of instants and time intervals within continuous media. This particular type of annotation can be performed collectively by several users, over distinct instances of media and, for recorded media, at different times. Once these discriminations are available, combinations of the annotations may be employed by several classes of applications such as those which exploit collaborative selection, voting, cutting, classification and evaluation. We show the feasibility of the operators by implementing a proof-of-concept prototype on a Digital Television platform: the prototype supports multiple geographically distributed users who, using distinct input devices, perform collaborative tasks not planned in the original interactive-TV applications.

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A home automation proposal built on the Ginga digital TV middleware and the OSGi framework

Cited by 23 publications

References 22 publications

A survey on middleware for smart home application

A survey on middleware for smart home application

Enhancing OSGi with real‐time Java support

Distributed discrimination of media moments and media intervals

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