Interface to Robots Breakout Group October 20, 2006 Peter Kazanzides Kevin Cleary John Kroon Grace Peng Hector Lopez Chris Hasser Dwight Yen Noby Hata.

Slides:



Advertisements
Similar presentations
Image-Guided Software Toolkit (IGSTK) Phase III Planning Meeting Kevin Cleary, PhD Imaging Science and Information Systems (ISIS) Center Computer Assisted.
Advertisements

Medical Device Software Development
1 HCMDSS Workshop PANEL 1: Design for Future Medical Devices November 16, 2004 Presentation by: Robert Kircher, Jr. Dose Safety Company P.O. Box
Kevin Cleary PhD Director of ISIS Center, Georgetown University.
Brigham and Women’s Hospital Image Guided Therapy Program.
EPC/RFID - Global Progress Bill McLeer EPCglobal US.
Agile and Medical Device Software
Part 2d: Requirements Chapter 2: How to Gather Requirements: Some Techniques to Use Chapter 3: Finding Out about the Users and the Domain Chapter 4: Finding.
November 17, 2004Planning Meeting for HCMDSS Workshop Breakout Session 2(II): Development Summary W. Rance Cleaveland II, PhD CEO, Reactive Systems Inc.
Thee-Framework for Education & Research The e-Framework for Education & Research an Overview TEN Competence, Jan 2007 Bill Olivier,
Proposed Revisions for Updating the Software Guidance in MIL-HDBK-881A: Work Breakdown Structures for Material Items OUSD(AT&L)/SSE-USC/CSSE Workshop on.
Visualizing Eye Tracking Data John Lu Leo Spalteholz Peter Willsey.
1 VRML As a Collaborative Design Tools For Architectural Students Chris Yeung, John Bradford, Guyver Cheng, Eric So.
Robotic Needle End Effector for Integration with CT Scan Team Members: David Sun Xuan Truong Chris Willingham Advisor: Dr. Bradford Wood.
International Telecommunication Union Workshop on Standardization in E-health Geneva, May 2003 A Force Feedback Remote Ultrasound Service P. Thorel.
Radiological Devices Advisory Committee Meeting November 18, 2009 John A. DeLucia iCAD, Inc.
Slicer IGT and Open IGT Link
Software Process for Distributed Teams KITWARE, Inc.
Copyright © CISST ERC, 2006 NSF Engineering Research Center for Computer Integrated Surgical Systems and Technology IGT System Engineering Peter Kazanzides.
May 30 th – 31 st, 2007 Chateau Laurier Ottawa. Putting Secure Information Sharing and Access Management Into Practice John Hewie Microsoft Canada Tim.
Stephen R. Aylward, Director of Medical Imaging, Kitware.
Open Source Imaging Toolkits Rick Avila Director of Medical Applications Kitware, Inc. April 27, 2006 Kitware.
XIP: The eXtensible Imaging Platform Development Program Fred Prior, Ph.D. Mallinckrodt Institute of Radiology Washington University in St. Louis.
XIP™ – the eXtensible Imaging Platform A rapid application development and deployment platform Lawrence Tarbox, Ph.D. September, 2010.
3D Slicer: A Free & Open Source Platform For Medical Image Analysis and Visualization Brigham and Women’s Hospital.
NA-MIC National Alliance for Medical Image Computing Why NITRC Matters to NA-MIC Steve Pieper, PhD.
IGT System Design Kevin Cleary, PhD Imaging Science and Information Systems (ISIS Center) Department of Radiology Georgetown University Medical Center.
NA-MIC National Alliance for Medical Image Computing Core 1b – Engineering Highlights, Aims and Architecture Will Schroeder Kitware.
Product Development Chapter 6. Definitions needed: Verification: The process of evaluating compliance to regulations, standards, or specifications.
Kelly Boccia Abi Natarajan Konstantin Livitski Senthil Anand Subbanan Meyyappan 1.
William Schroeder, Ph.D. §, Andy Cedilnik §, Sebastien Barré, Ph.D. §, William Lorensen ‡, James Miller, Ph.D. ‡, Daniel Blezek, Ph.D. ‡ § Kitware Inc.,
The Evolution of a VR-based IGT Environment Terry Peters, Robarts Research Institute David Gobbi, CEO, Atamai Inc.
Copyright © 2008 Siemens Corporate Research – All rights reserved1/12 eXtensible Imaging Platform (Xip) Sylvain Jaume – Sep 2008 Siemens Corporate Research.
WP18: High-Speed Data Recording Krzysztof Wrona, European XFEL 07 October 2011 CRISP.
08/05/06 Slide # -1 CCI Workshop Snowmass, CO CCI Roadmap Discussion Jim Bottum and Patrick Dreher Building the Campus Cyberinfrastructure Roadmap Campus.
NA-MIC National Alliance for Medical Image Computing An Integrated System for Image-Guided Radiofrequency Ablation (RFA) of Liver Tumors.
Use of Imaging Biomarkers for Regulatory Studies by Peter Steiger J Bone Joint Surg Am Volume 91(Supplement 1): February 1, 2009 ©2009 by The Journal.
© 2006 STEP Consortium ICT Infrastructure Strand.
+ SUH Incorporated Executive Briefing. + SUH Business Opportunity I.T. solutions are needed to improve SUH’s ability to operate Sales Support team would.
Summary Report Project Name: Medical Devices Interoperability Platform (MDIP) Brief Project Description: –MDIP is a software research and development project.
Cole David Ronnie Julio. Introduction Globus is A community of users and developers who collaborate on the use and development of open source software,
Surgical Planning Laboratory Brigham and Women’s Hospital Boston, Massachusetts USA a teaching affiliate of Harvard Medical School Open System Architecture.
NA-MIC National Alliance for Medical Image Computing Kitware, Inc. Core 2 Engineering William J. Schroeder.
Product development Engineering & Regulatory Raj Agrawal InnAccel.
Workflow Stephen Aylward Luis Ibanez. Goals Identify 3 main challenges in this area Identify 3 specific problems that can be solved by a collaborative.
Architecture Description Languages (ADLs) Cf. Architecture Analysis and Design Languages.
Team Everest; From:
Why Study Robotics? shows/curiosity/topics/c-angle-why- should-we-encourage-young-people- study-robotics.htm.
PLUS overview (Public software Library for UltraSound imaging research) Andras Lasso, Tamas Heffter, Csaba Pinter, Tamas Ungi, Thomas Kuiran Chen, Alexis.
Engineering Research Center for Computer Integrated Surgical Systems and Technology Copyright © 2010 R. H. Taylor About 100 people: > 10 faculty > 15 postdocs.
Slicer 101 IGT Edition Haiying Liu, M.S. Nobuhiko Hata, Ph.D.
PDS 2010 System Design Report MC Face-to-Face Washington, DC March 25-26, 2010.
Medical Device Software Development
RadVision integration with TRUS robot for Brachytherapy
Team Plan/Expected Challenges
Research Data Management
Fred Prior, Ph.D. Mallinckrodt Institute of Radiology
DLPFC Semi-automatic Segmentor: With minimal user interaction, this rule-based algorithm will segment the DLPFC from an input volume. This is a Slicer.
CSDMS and the Terrestrial World: Looking Back, Looking Forward
Robotic Needle End Arm Effector for Integration With CT Scan
سخنی از او به میان نمی آورند آنان که از او سخن می رانند
MIPAR (Extension)– Intermediate report
Strategy for development of new software
Embedded Systems Design and Development
SimpleITK Historical Overview: Standing on the Shoulders of Giants
Internal components of a computer.
DPUK Sensing Platform Matt Machin mHealth Applications Manager
(Software) reuse, is the use of (Software) knowledge, to build new (something) software.
Telescope Modeling Challenge Team
Connected HealthCare.
Presentation transcript:

Interface to Robots Breakout Group October 20, 2006 Peter Kazanzides Kevin Cleary John Kroon Grace Peng Hector Lopez Chris Hasser Dwight Yen Noby Hata John Haller

Main Challenges Infrastructure for rapid prototyping –To add image guidance to existing robots –To build research robots/applications Safety and validation –Addressing regulatory issues –Common phantom models Controlling commercial systems for research –Bidirectional (incl. image feedback to robots)

Industry/Academic Collaboration Open a dialogue with FDA about: –Use of open source software –Open architectures Standards for interfaces/architectures –Robots –Imaging devices (esp. 2D/3D US) Software toolkit for image guidance (beyond VTK and ITK) –Consolidation of efforts

Problem for next year Knowledge repository of off-the-shelf hardware components and toolkits List of clinical applications and benchmarks for image-guided robotics Software toolkit for image guidance (beyond VTK and ITK) –Functional specification –Identify initial contributors

Keywords Image-guided robotics, interventional devices, validation, benchmarks, performance, robotic surgery