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Updated: Feb 1, 97 |
EPIC | |
| Contact: Dr Leslie Boydell, SEBHSS Trust, European Office Knockbracken Healthcare Park Saintfield Road, Belfast Northern Ireland, U.K. Tel.: +44-232-40.22.02 Fax: +44-232-40.21.21 |
The first year of the project was devoted to the definition of user requirements, the second to the specification of the system and the third to the development, installation and evaluation of the software in four pilot sites, in four different countries. The role of the pilot sites has been to identify common requirements, and differences, to assist the development of generic solutions. An important consequence of the project has been the formation of a strong cross-site user group of professionals and senior managers from the pilot sites This group has formulated and agreed some of the key concepts underlying EPIC.
The central functions of health and social care professionals are the assessment of individual patients or clients, the identification of their problems and needs, and the planning, delivery and evaluation of care. This approach enables the design of a common, client centred system supporting an integrated health care record around which the system functionality was identified. To complement the work of the EPIC project team in this area experts from 14 different countries were invited to a consensus conference to debate and agree the necessary criteria for a common core assessment for the elderly. These criteria have now been incorporated into the EPIC assessment system (EASY) and are currently being evaluated in the pilot site Implementations.
Another important component of EPIC is the utilisation of technology which can transmit information from the home to professionals at remote locations, such as the health centre or hospital. These home based telecare services bring the appropriate technology and services to anyone who needs assistance related to healthcare and/or social problems at home, in the form of training, information, advice or monitoring. Telemonitoring of alarms, blood pressure and ECG is supported, providing members of the care team with timely information on critical evens arising while the client is at home.
The main component of EPIC is the shared care database in which each community facility, or group of facilities (e.g. local health centre and social services office) is supported by a local area network (LAN). Each of these LANs is connected over a wide area network (WAN) to a central node, enabling update and access of information between the various service points. The EPIC system has been implemented according to an open, client-server model where the client health record is managed in an object oriented manner through specified API functions. The software is layered such that the client application is not affected by how the servers are implemented or which database system they use. Naturally, in any system designed to facilitate the sharing of information, there are important concerns regarding confidentiality and access control mechanisms. The EPIC system meets the confidentiality needs of the client, who should be allowed the choice of who will be granted access to their data, and the participating agencies, conforming to their policies on the sharing of client information. The appropriate confidentiality controls are defined locally in EPIC and community care professionals can grant and revoke access to data that they 'own'.
The lead EPIC pilot site, in Belfast Northern Ireland, employs a LAN at each service point, which are connected via ISDN communication links. Because the system architecture is truly open, enabling free choice of equipment, operating system and database, it can be implemented at any single service point on a standalone PC system. The AIM conference demonstration illustrates such a scenario. Since other service points are accessed transparently, the user does not need to be aware of how many other service points exist, or on which system data is located.
The demonstration application supports the registration of background and current client details, multidisciplinary assessment and co-operative planning and delivery of care.
Throughout Europe there are moves by healthcare authorities to provide more health and social services to people in their own homes, rather than in hospitals, institutions or nursing homes. Elderly people in particular want the choice of being cared for in their own familiar surroundings. The central theme of all Community Care initiatives are that the services should he user centred and needs led.
EPIC provides the tools to develop, on a phased basis, information support systems which facilitate the delivery of integrated Health and Social Services throughout the Community. By delivering application solutions on an open, distributed, client / server platform EPIC enables agencies providing care to attach themselves to the system at the level that is appropriate to their size.
However EPIC is much more than a framework for the multi-agency collection of client data. The emphasis has been to provide a system which will give professional carers quality information, in a format that they can easily utilise and understand, which will help them to look after their clients better
The advantages of home based telecare with regard to safety and security are obvious. EPIC partners are already claiming that at least one life has been saved by early detection of a fire by smoke detectors connected to the system, setting off alarms at the remote control centre. Further improvements in home care will follow once professionals can transmit and receive information whilst in their client's home enabling a faster, more accurate diagnosis and valuable input to their decision management.
Other sites, both affiliated with current project participants and outside of the project, have already expressed interest in using EPIC components. The system developed within the project is the nucleus of a client centred community information system which can usefully be extended in various directions. Already there are plans to develop integrated Mental Health and Ante-Natal applications. Resource management and integration with hospital information systems are also seen as important areas for future development. Many of the project participants are committed to building on the results so far achieved within EPIC, and the commercial partners are confident that they will shortly be marketing a range of community application products which are significantly more advanced than the limited products that are available for enhancing Community Care.
The three main component of EPIC are:
The pilot site for the EPIC project are:
At the beginning of the EPIC project here was scepticism about the feasibility of reaching a consensus across diverse organisations on home care and telematics required to support it. By focusing on the client and the needs of the client, the EPIC consortium have been able to reach consensus on several concepts regarding the prevision of home care and consequently the telematic solutions required to support it.
The benefit of addressing the development as a part of an European collaboration has been the diversity of organisations involved, providing creativity and the opportunity to explore new concepts in a relatively non-threatening environment. In addition solutions that have worked in other regions can provide policy-makers with credibility and strength when try to initiate changes within their own organisations.
EPIC provide a focus for organisational thinking and enhance the understanding of the organisations involved in their telematic requirements. The system developed within the project is the nucleus of a client centred community information system.
| Mr Attilio Romitta Database Informatica Via dei Castelli Romani, 15 I-00040 Rome, Italy Tel.: +39-6-91.04.91 Fax: +39-6-912.34.76 | Dr. Jean Luc Weber Bertin and Cie Direction Electronic & Optical 15 Rue Frederic Joilot F-13762 Les Milles Cedex, France Tel.: +33-42-60.46.94 Fax: +33-42-60.00.13 |
| Mr. Brian Ennis Irish Medical Systems 18 Avoca Avenue Blackrock IRL CO. Dublin, Ireland Tel.: +353-1-288.44.54 Fax: +353-1-283.29.89 | Mr. Terhi Vesanem VTT Technical Research Centre PO Box 316 Klanslerimkatu 8D Hervanta SF-33101 Tampere, Finland Tel.: +358-31-16.31.11 Fax: +358-31-17.41.02 |
| Prof. Francisco Del Pozo Guerrero Univ. Politecnica Madrid Dept. Tecn. Electr. & Bioeng. ETSI Telecommunication Ciudad Universitaria E-28040 Madrid, Spain Tel.: +34-1-336.73.07 / 549.57.00 / 33 Fax: +34-1-543.96.52 | Prof. Basil Maglaris National Tech. Univ. Athens Div. Computer Science Hiroom Polytechniou 9 Zographou GR-15773 Athens, Greece Tel.: +30-1-779.01.86 Fax: +30-1-779.01.86 |
| Dr. Francisco Vaz INESC Dept. Electr. & Tele. Univ. de Aveiro P-3800 Aveiro, Portugal Tel.: +351-34-201.73 Fax: +351-34-38.11.28 | Mr. Kaj Lindekrantz Svenska Telemedicin System AB Horsalsvagen S-41296 Göteborg, Sweden Tel.: +46-31-18.43.98 Fax: +46-31-82.89.87 |
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