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PHealth Service Deployment Methodology: A Case Study
Paggetti, Cristiano,Rugnone, Alberto,Tamburini, Elena,Nugent, Chris Korean Institute of Information Scientists and Eng 2012 Journal of Computing Science and Engineering Vol.6 No.1
It has been proved that information and communication technology (ICT) solutions for personalized health (PHealth) and ambient assisted living (AAL) can support people in their daily life activities. Several solutions have been demonstrated to empower different levels of services through seamless data acquisition and specific users' interaction modalities. Usually services usability and accessibility are handled in the design process and are validated with small users' groups. Moreover, while service design and systems development have been extensively described in literature, service deployment methodologies are not properly addressed and documented. Proper reference guidelines are also missing. The most common methodologies like unified process (UP) or ICONX can cover only the design and the development of PHealth services without a clear description on the following phases such as deployment, service provision and maintenance. These phases present several risks to be taken into account right from the beginning of the implementation of PHealth or AAL services. This paper focuses on the description of a structured methodology to deploy PHealth services and how this process can be supported by integrated software routines and adapting the UP framework in particular the "Transition phase."
PHealth Service Deployment Methodology: A Case Study
Cristiano Paggetti,Alberto Rugnone,Elena Tamburini,Chris Nugent 한국정보과학회 2012 Journal of Computing Science and Engineering Vol.6 No.1
It has been proved that information and communication technology (ICT) solutions for personalized health (PHealth) and ambient assisted living (AAL) can support people in their daily life activities. Several solutions have been demonstrated to empower different levels of services through seamless data acquisition and specific users’ interaction modalities. Usually services usability and accessibility are handled in the design process and are validated with small users’ groups. Moreover, while service design and systems development have been extensively described in literature, service deployment methodologies are not properly addressed and documented. Proper reference guidelines are also missing. The most common methodologies like unified process (UP) or ICONX can cover only the design and the development of PHealth services without a clear description on the following phases such as deployment, service provision and maintenance. These phases present several risks to be taken into account right from the beginning of the implementation of PHealth or AAL services. This paper focuses on the description of a structured methodology to deploy PHealth services and how this process can be supported by integrated software routines and adapting the UP framework in particular the “Transition phase.”
HomeTL: A Tool Set to Support Service Monitoring Development
Alberto Rugnone,Chris Nugent,Mark Donnelly,Enrico Vicaro,Cristiano Paggetti 동국대학교 정보융합기술원 2008 International Journal of Assistive Robotics and Sy Vol.9 No.1
The integration of intelligent technology into the home environment has become recognized as a means of providing higher levels of autonomy and independence for the aging population. Within this technology domain, an area of particular interest is in the development of the services offering the facility to monitor and react to contextual scenarios based on the information sampled from sensorised environments. To facilitate the definition of the set of rules upon which the monitoring service can react, healthcare professionals are consulted to define the specifications of scenarios and to profile user specific needs. This activity also requires technical expertise to design, implement and refine the set of rules which guide the context under which the technology operates. As a result healthcare professionals are unable to fully participate in the development of the service model. This has resulted in an emerging barrier between the coherence of the healthcare professional descriptions and the understanding of technology providers. The current work proposes a set of tools to reduce this barrier and involve the healthcare professionals in the development process. Initial results from a user evaluation suggest that such tools hold the potential for real world adoption in the process of designing and interpreting the set of rules used to govern an intelligent environment.
HomeTL : A Tool Set to Support Service Monitoring Development
Alberto Rugnone,Chris Nugent,Mark Donnelly,Enrico Vicaro,Cristiano Paggetti 한국과학기술원 인간친화 복지 로봇 시스템 연구센터 2008 International Journal of Assistive Robotics and Me Vol.9 No.1
The integration of intelligent technology into the home environment has become recognized as a means of providing higher levels of autonomy and independence for the aging population. Within this technology domain, an area of particular interest is in the development of the services offering the facility to monitor and react to contextual scenarios based on the information sampled from sensorised environments. To facilitate the definition of the set of rules upon which the monitoring service can react, healthcare professionals are consulted to define the specifications of scenarios and to profile user specific needs. This activity also requires technical expertise to design, implement and refine the set of rules which guide the context under which the technology operates. As a result healthcare professionals are unable to fully participate in the development of the service model. This has resulted in an emerging barrier between the coherence of the healthcare professional descriptions and the understanding of technology providers. The current work proposes a set of tools to reduce this barrier and involve the health care professionals in the development process. Initial results from a user evaluation suggest that such tools hold the potential for real world adoption in the process of designing and interpreting the set of rules used to govern an intelligent environment.