Architecture and models of the DANAH assistive system

Lankri, Saïd; Berruet, Pascal; Rossi, André; Philippe, Jean-Luc

doi:10.1145/1387309.1387314

Cited by 5 publications

(5 citation statements)

References 5 publications

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“…The main objective of Danah project (2006) is to set out the different scientific issues from previous projects to improve the propositions that have been made [14]. The project proposed a middleware that integrates a process of multilevel reconfiguration, static and dynamic reconfiguration of home automation services, in addition to the topological reconfiguration of paths for the movement of an intelligent wheelchair.…”

Section: Danahmentioning

confidence: 99%

A Comparison Between Ambient Assisted Living Systems

Darwish

Senn

Lohr

et al. 2014

Smart Homes and Health Telematics

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Abstract. The growing number of older people emerges the need to consider autonomy concerns for those people and their need for intensive care. Plenty of researches, such as those in the domain of Ambient Assisted Living Systems, have been carried out to create enhanced conditions for older and people with disabilities, based on providing ICT solutions that enhance the well-being of elderly people and provide them with well independent daily living. In this paper, for better efficiency for such solutions, different essential requirements should be realized to meet those system objectives towards various users. These requirements are identified and introduced. Set of systems has been introduced with their solutions and provided services architecture, to reach the main goal of this work, by evaluating these systems from identified requirements perspective, by studying the functionalities of each system, if they meet the proposed requirements.

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Section: Danahmentioning

confidence: 99%

A Comparison Between Ambient Assisted Living Systems

Darwish

Senn

Lohr

et al. 2014

Smart Homes and Health Telematics

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“…From environment (step 1) and interaction (step 2) PIM, it is now possible to generate a PSM. Danah (Lankri et al (2008)) is the chosen target platform, which has been metamodeled to be integrated in our design flow. It is a middleware dedicated to ambient assisted living, allowing for both environmental control and wheelchair navigation.…”

Section: From Independent Dsl To Platform Specific Modelsmentioning

confidence: 99%

Model-Driven Flow for Assistive Home Automation System Design

Allègre

Bürger

Berruet

2011

IFAC Proceedings Volumes

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People with disabilities sometimes have considerable difficulties, or even physical incapacities, performing daily tasks independently. Many research works have introduced home automation as a useful way to overcome these activity limitations. However, very few of these accomplishments have focused on the design of intelligent systems which would allow nonexperts to model and to adapt a home automation environment for the disabled. This design work is currently restricted to technicians, rather than occupational therapists or others who are able to best understand the needs of those with mobility or cognitive impairments. To take up these challenges, this paper proposes a design flow including a component approach for modeling system architecture and a range of services to meet the needs of both developers and users. Based on model driven engineering, it automates the control code generation for home automation systems.

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“…The reconfiguration levels described in this work have been fully implemented in our system DANAH [4]. DANAH is an ATS the combines both environmental control and navigation, with reconfiguration in mind.…”

Section: Experimental Platformmentioning

confidence: 99%

“…This paper deals with service reconfiguration in Smart Homes [3]. An Assistive Technology System (ATS) named DANAH [4] has been implemented to provide environmental control, autonomous navigation and service reconfiguration in domotized living spaces. The services are advertised to the user through a suitable interface, which selects the desired service and DANAH shall deliver it.…”

Section: Introductionmentioning

confidence: 99%

Multi-level reconfiguration in the DANAH assistive system

Lankri

Berruet

Philippe

2009

2009 IEEE International Conference on Systems, Man and Cybernetics

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Nowadays, interaction with our surrouding environment has increased due to the presence of numerous devices that provide us with services. This is especially true in Smart Homes and can be of great help for the disabled people and the elderly that can no longer perform daily tasks they used to. However, in case of failure, corrective actions can be heavy to take, thus the need for the system to recover by itself and ensure service availability. Service availability is provided through service reconfiguration. This papers deals with service reconfiguration in smart homes. It presents a multi-level approach in which both off-line and on-line reconfiguration schemes are used to gradually recover from failed services. Static, effect-based, path and resource reconfiguration levels are described. They have been successfully implemented in the DANAH assistive system, which combines both navigation and service provision for smart homes.

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Architecture and models of the DANAH assistive system

Cited by 5 publications

References 5 publications

A Comparison Between Ambient Assisted Living Systems

A Comparison Between Ambient Assisted Living Systems

Model-Driven Flow for Assistive Home Automation System Design

Multi-level reconfiguration in the DANAH assistive system

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