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Objectives
The
focus of biomedical Model Based Systems ranges from molecular biology
to large scale physiological and medical systems relevant to health
care. Interest for these systems comes from researchers in the biomedical
and pharmaceutical industries and university-based biomedical and
health-care research. This Task Group will therefore facilitate
communication amongst researchers and industrialists with an interest
in the application of Model Based Reasoning (MBR) to biomedical
problems.
They will aim
to make current Model Based Reasoning technology available to the
biomedical community and to healthcare industries. They will identify
and clarify emerging biomedical problems for which MBR provides
a potential solution and also identify and formulate strategies
for effective use of MBR in biomedical research and development.
Their overall target will be to elucidate the role of MBS &
QR and its synergies with other approaches, in the solution of biomedical
problems.
Description
of Work
Task
group members will interact regularly by means of 2 meetings per
year and networked multimedia communications to:
Discuss and clarify the interaction between biology, medicine and
MBR (at macro and micro levels)
Liase with the Bioinformatic and pharamaceutical industries to identify
emerging problems
Develop requirements for the use of MBR to biological and medical
problems
Develop an understanding of the place of MBS/QR as a tool to solve
biomedical problems.
Develop a roadmap for modelling of biomedical model-based systems
Organise a workshop on the application of MBR to biomedical and
to medical problems
Deliverables
B1
Domain Status Document (reporting the emerging problems, the requirements
of the biomedical community and the interactions discerned between
the two domains).
B2-3 Biomedical
Roadmap (outlining the projected developments of MBR in biomedical
research and development and contributing to the MONET Roadmap).
B4 Model Based Systems in BioMedical Workshop (with proceedings).
B5 A Report on the role and synergies possible between MBS
& QR and other approaches to the solution of biomedical problems.
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