Multi-agent System Feedback and Support for Ambient Assisted Living

McNaull, James; Augusto, Juan Carlos; Mulvenna, Maurice; McCullagh, Paul

doi:10.1109/ie.2012.53

Cited by 3 publications

(4 citation statements)

References 11 publications

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“…In [16], the authors built a system that merges multi-agents and ontologies to support behavior changes based on effective user feedback. In [17] a multi-agent system allowed specific smart applications and their user interfaces to be dynamically updated. In [18], an agent-based framework was used to process user feedback (accept, decline, or change) and to refine the application.…”

Section: Related Workmentioning

confidence: 99%

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A New Service Oriented Framework for Self-Adapting Smart Applications in Mobile Environment

Ghoneim¹

2018

JSW

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Successful coupling of service-oriented and agent-oriented architectures can produce applications that are self-adaptive in both behavior and structure over a long life span. In practice, this requires detecting and handling of changes to runtime requirements, consistency in reconfiguration, and separation of the controller from the application itself. To cope with these challenges, we propose a new framework for self-adaptive and dynamically reconfigurable smart applications. This framework is composed of loosely coupled base and controller layers. The base layer consists of a base application and base controller, while the controller layer consists of detector-classifier, inference, and evaluation sub-layers. The detector-classifier layer monitors and detects runtime events within the base application. In the inference layer, an adaptive driver agent creates new adaptation plans. The evaluation layer refines the plan currently in place and compares it with new adaptive plans. We simulated and evaluated the proposed framework behavior in a smart home environment.

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Section: Related Workmentioning

confidence: 99%

“…9. By comparing older age group (30+) and younger age group (17)(18)(19)(20)(21), users from the middle age group (21~30) seem to be more eager to use smart systems.…”

Section: Journal Of Softwarementioning

confidence: 99%

A New Service Oriented Framework for Self-Adapting Smart Applications in Mobile Environment

Ghoneim¹

2018

JSW

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“…Systems can be developed that aim to monitor and track Activities of Daily Living (ADLs) and subsequently remind or alert users or carers if required. This has the benefit of taking the burden off family members or carers who would otherwise have to personally assist the patient more frequently in addition to providing an increased level of independence for the person suffering from the impairment [2]. Through researching current systems and assistance already available to help in these cases, the ADL of dressing has to date received very little attention, from a technology solution perspective.…”

Section: Introductionmentioning

confidence: 99%

A Multi-agent Approach to Assist with Dressing in a Smart Environment

Orr

Nugent

Wang

et al. 2016

Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering

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This paper proposes an approach to offer assistance with dressing for those persons with a form of cognitive impairment. The main underlying technical component in the solution is the use of a multi-agent system. A prototype was implemented, consisting of six agents, which received input in the form of simulated data. The system then has the ability to offer a recommendation as a person leaves their home environment in the form of a clothing suggestion. The decision for this is based partially on the external temperature and their current apparel. The long term aspiration of this work is to support persons with cognitive impairment to dress appropriately for environmental and social conditions.

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“…En la proactividad se trata de tomar el control para hacer que las cosas sucedan y no esperar que ocurran eventualmente [8]. Un software con comportamiento proactivo en áreas como la gestión, la toma de decisiones [9], [10], los ambientes asistidos [11], [12] y los sistemas en tiempo real [13] representa un beneficio para el usuario final que lo utiliza. Los dashboards, por constituir sistemas que apoyan la toma de decisiones, deben incluir un comportamiento proactivo.…”

Section: Introductionunclassified

Modelos de Requisitos Basados en I* para Detectar Proactividad en Dashboards

Acosta

Espino

2014

Lámpsakos

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Resumen. El objetivo del trabajo es presentar modelos para la captura de los requisitos de un dashboard para detectar un comportamiento proactivo. Estos modelos siguen un enfoque orientado hacia metas y fueron creados con el marco de trabajo i*, que toma como base las premisas del modelado social. Para detectar el comportamiento proactivo se usaron patrones basados en modelos de i* para detectar proactividad en la etapa de requisitos de un sistema de software. Los modelos que se obtienen como resultado del trabajo tienen representados los actores, metas, intenciones, tareas y recursos que se necesitan para modelar los requisitos de un dashboard con un comportamiento proactivo y pueden, además, ser utilizados en distintos contextos de negocio. Palabras clave: Dashboards; i*; Modelos de requisitos.Abstract. This paper aims to present models for the capture of the requirements of a dashboard that allow detecting a proactive behavior. These models follow a goals oriented approach and were created using the framework i *, which is based on the premises of the social modeling. In order to detect the proactive behavior patterns based on models of i * that allow detecting proactivity in the stage of requirements of a system of software were used. In the models obtained as a result of the paper were represented the actors, goals, intentions, tasks and resources necessary to model the requirements of a dashboard with a proactive behavior, and these models can be used in addition in different contexts of business.

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Multi-agent System Feedback and Support for Ambient Assisted Living

Cited by 3 publications

References 11 publications

A New Service Oriented Framework for Self-Adapting Smart Applications in Mobile Environment

A New Service Oriented Framework for Self-Adapting Smart Applications in Mobile Environment

A Multi-agent Approach to Assist with Dressing in a Smart Environment

Modelos de Requisitos Basados en I* para Detectar Proactividad en Dashboards

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