A framework for developing home automation systems: From requirements to code

Sánchez, Pedro; Jiménez, Manuel; Rosique, Francisca; Álvarez, Bárbara; Iborra, Andrés

doi:10.1016/j.jss.2011.01.052

Cited by 24 publications

(8 citation statements)

References 26 publications

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“…En [13] se presentaron las herramientas Lonworks, KNX y BCU SDK Tools que ayudan a los desarrolladores a crear modelos de sistemas de automatización del hogar por medio de un lenguaje específico de dominio que se transforma en el código para plataformas de automatización del hogar específicas.…”

Section: Herramientas Para Desarrollo O Generación De Aplicacionesunclassified

Módulo de generación de aplicaciones multi-dispositivo a partir del procesamiento de imágenes

Morales¹,

Morales²,

Alor-Hernández³

et al. 2015

RCS

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Resumen. En la actualidad existen diferentes esquemas de generación automática de software como son MDA (Model Driven Architecture), FDD (Feature-driven developmen), RAD (Rapid Application Development), por mencionar algunos. Sin embargo hasta el momento no se ha abordado la generación de software mediante el uso de técnicas de inteligencia artificial como son el procesamiento digital de imágenes y reconocimiento de patrones. En este trabajo se propone el desarrollo de un componente de software que utilice técnicas de procesamiento de imágenes y reconocimiento de patrones para la generación automática de aplicaciones multi-dispositivo. Para lograr este objetivo, se identifican los elementos de una imagen y se genera el código de una aplicación multi-dispositivo con los elementos detectados previamente seleccionados en dicha imagen. Finalmente se presenta un caso de estudio que permite describir la funcionalidad del módulo propuesto.Palabras clave: aplicaciones multi-dispositivo, generación automática de software, procesamiento de imágenes.

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Section: Herramientas Para Desarrollo O Generación De Aplicacionesunclassified

Módulo de generación de aplicaciones multi-dispositivo a partir del procesamiento de imágenes

Morales¹,

Morales²,

Alor-Hernández³

et al. 2015

RCS

View full text Add to dashboard Cite

show abstract

“…As a potent software design tool, it gives complete meta-models which show the interdependency for the programmer, in a UML style, designed for technological developers. In a similar fashion [16] shows aspects associated to the generation of code from requirements, it also includes validation procedures, and provides links among components directly oriented to technological people. It is based in many tables and UML-like diagrams with the corresponding interrelations.…”

Section: Related Workmentioning

confidence: 99%

A Multi-Collaborative Ambient Assisted Living Service Description Tool

Falcó

Vaquerizo

Artigas

2014

Sensors

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Collaboration among different stakeholders is a key factor in the design of Ambient Assisted Living (AAL) environments and services. Throughout several AAL projects we have found repeated difficulties in this collaboration and have learned lessons by the experience of solving real situations. This paper highlights identified critical items for collaboration among technicians, users, company and institutional stakeholders and proposes as a communication tool for a project steering committee a service description tool which includes information from the different fields in comprehensible format for the others. It was first generated in the MonAMI project to promote understanding among different workgroups, proven useful there, and further tested later in some other smaller AAL projects. The concept of scalable service description has proven useful for understanding of different disciplines and for participatory decision making throughout the projects to adapt to singularities and partial successes or faults of each action. This paper introduces such tool, relates with existing methodologies in cooperation in AAL and describes it with a example to offer to AAL community. Further work on this tool will significantly improve results in user-centered design of sustainable services in AAL.

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“…Occupancy detection is widely used in many pervasive computing areas [8,9]. Motion sensors such as passive infra-red (PIR), ultrasonic sensors are commonly used to detect occupants, but these sensors are not capable of identifying individual occupants or counting the number of occupants.…”

Section: B Home Occupant Sensing and Trackingmentioning

confidence: 99%

Personalized Energy Auditor: Estimating personal electricity usage

Lee

Ahn

Lee

et al. 2014

2014 IEEE International Conference on Pervasive Computing and Communications (PerCom)

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The goal of energy monitoring and eco-feedback systems is to induce energy consumers to change their behaviors to achieve a more sustainable way of life. Comprehensive research and commercial solutions provide energy consumers with information about overall energy costs or appliance-level energy usage. However, in order to better promote spontaneous energy saving with an eco-feedback system, personalized information is required. The conventional solutions cannot identify the energy usage of an individual user in a shared residential environment. In this paper, we propose the Personalized Energy Auditor, which estimates personal energy usage at home. Our system monitors and analyzes appliance usage, as well as the energy cost of the daily activities of residents. The system then estimates personal energy usage automatically, by linking appliance usage data with the individual user. Our system was installed in residential homes, and the experimental results indicate that it accurately estimates personal energy usage.

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A framework for developing home automation systems: From requirements to code

Cited by 24 publications

References 26 publications

Módulo de generación de aplicaciones multi-dispositivo a partir del procesamiento de imágenes

Módulo de generación de aplicaciones multi-dispositivo a partir del procesamiento de imágenes

A Multi-Collaborative Ambient Assisted Living Service Description Tool

Personalized Energy Auditor: Estimating personal electricity usage

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