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Open System Architecture for Image-Guided Therapy: Workshop Insights and Goals

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5 diapositives · 197 Views · Nov 16, 2014

This workshop, led by Dr. Randy Ellis, focuses on the development of an open system architecture for Image-Guided Therapy (IGT). Citing significant industry challenges such as high abandonment rates and cost overruns, the session aims to share experiences, identify missing engineering infrastructure, and promote collaborations between academia and industry. Participants will discuss the importance of open-source principles, automated testing, and extensibility in enhancing IGT tools. The goal is to raise awareness of the transformative potential of open science and foster partnerships that advance research while maintaining market integrity.

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  1. Randy Ellis, Ph.D. Open System Architecture for Image-Guided Therapy:Goals of this Workshop

  2. Reminder: Software is Expensive and Complex An extensive 1994 study of thousands of US industrial projects found: • 31% were abandoned before delivery • Over 57% were a minimum of 189% over budget Since then: overall, limited progress WHY?  Inherent complexity Source: The Standish Group

  3. Some Guiding Principles • Open Source: • Collaborative process • Free to commercialization • Robust: • Can utilize existing infrastructure (e.g., NAMIC/Kitware) • Automated testing of all changes • Extensible: • Expect to add new imaging modalities • Expect new interventional procedures

  4. Workshop Goals • Share our experiences in building IGT components systems • Identify engineering infrastructure pieces that are: • Missing and need to be built; or • Exist and need to be made [easily] available to the community • Identify short and long term needs that existing national centers (e.g., NCIGT and NA-MIC) can help address • Identify industry-academic partnerships that would help accelerate research without compromising the industry partner's market advantage • Raise awareness of the benefits of "Open" Source/Science/Interfaces

  5. Reminder: Human Genome Project • Competing interests: USA academics, international academics, industry • NIH: key in developing an open repository for sequences and subsequences • Journals partnered: required deposition prior to publication • Control Mechanism: “The Invisible Hand” (cf. Adam Smith, 1776)