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| Session
Details |
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Date and Time:
1:00
to 2:15 pm, Wednesday June 16,
2004 |
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Presentation
Title: |
Novel Uses of Distribution Analysis Methods in the Development of Implantable Medical Devices |
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Overview and
Purpose: |
This presentation describes how distribution analysis methods have been used to solve a wide variety of problems that are
different from the classical life data problems generally associated with these techniques. Distribution analysis methods were taught to a group of engineers and scientists engaged in
developing advanced technologies for implantable cardiac leads. During the following year, the engineers and scientists used these methods to evaluate the cyclic bending stress of
implanted leads, the fatigue performance of lead terminals, the time required to conduct a fatigue test, the time required to perform a certain medical procedure and the electrical
performance of stimulating electrodes in vitro and in vivo. Through these experiences, the group developed a deeper appreciation of the nature of
variability and the importance of understanding and evaluating variability throughout the technology development process. This bias for statistical thinking that has had profound and
beneficial effects on the department and the company. The presentation also addresses the role of the manager and the leadership and organization aspects necessary to ensure the successful
implementation of the program. |
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Author/
Presenter:
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Daniel J. Cooke and Eric Ware
Guidant Corporation |
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Keywords:
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Distribution Analysis, Medical Device, Advanced Technology, Fatigue, Test Planning, Management Role, Business Objectives,
Organizational Effectiveness, Professional Development
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