Human interface technology lab Medical Applications of VR Suzanne Weghorst Human Interface Technology Lab University of Washington.

Slides:

Advertisements

Similar presentations

Overview of the Intelligent Systems (IS) Focus at Clemson

Advertisements

Centre for Interactive Multimedia Information Mining Canada Foundation for Innovation (CFI) Ontario Research Fund (ORF) Ryerson University CIM2 1.

COMPUTER-AIDED SURGICAL PLANNING AND PROCEDURES A.Schaeffer; PolyDimensions GmbH, Bickenbach.

Mixed Reality Reality – Virtuality Continuum Antonio Camurri Casa Paganini – InfoMus Lab –

Haptic displays and virtual mechanisms. Haptic Displays Man-machine interfaces, capable of reproducing forces as user’s hand; Accurately On an extended.

Introduction Visual feedback mounted on surgical tool K. Carter, T. Vaughan, G. Gauvin, P. Pezeshki, A. Lasso, T. Ungi, E. Morin, J. Rudan, C. J. Engel,

Virtual Reality Simulators for Minimal Invasive Surgery Training

Slide 1 Tiled Display Walls - Relation to the Access Grid and Other Systems Mike Walterman, Manager of Graphics Programming, Scientific Computing and Visualization.

Please give credit to the researchers listed on the slides Virtual Reality Master File Richard M. Satava, MD FACS Professor of Surgery University of Washington.

Minimally Invasive Surgery Task Decomposition - Etymology of Endoscopic Suturing Jacob Rosen* Ph.D., Lily Chang** MD, Jeff Brown ***, Andy Isch** MD Blake.

HMM Technology in Surgery Timothy Kowalewski BioRobotics Laboratory Blake Hannaford, PhD Jacob Rosen, PhD Support: National Science Foundation, ITR Program.

1 November Medicine. Impacts in Medicine Drugs Procedures Health Care Information.

WebSTer: A Web-based Surgical Training System School of Computer Studies University of Leeds Nuha El-Khalili, Ken Brodlie and David Kessel

Optimal Secondary Controls Using a Configurable Haptic Interface William Durfee Department of Mechanical Engineering University of Minnesota Supported.

Contemporary Issues in Medical Informatics James J. Cimino Department of Medical Informatics Columbia University.

Virtual Reality Surgical Training at the University of Washington Presented By: Timothy Kowalewski Robert Sweet MD, Urology Suzanne Weghorst, Human Interface.

Information Technology for the Health Professions, 2/e By Lillian Burke and Barbara Weill ©2005 Pearson Education, Inc. Pearson Prentice Hall Upper Saddle.

Validation of the UW Virtual Reality TURP Simulator Version 1.0 Presented By: Timothy Kowalewski Robert Sweet, MD Peter Oppenheimer Suzanne Weghorst Jeff.

Various Types of Health Information Systems Health Informatics 489 Spring 2015.

Virtual Reality Laparoscopic Port Site Simulator University of Washington Department of Surgery & Human Interface Technology Lab.

Evaluation of a Scanned Laser Display as an Alternative Low Vision Computer Interface Conor Kleweno, Eric Seibel, Ph.D., Kyle Kloeckner, Bob Burstein,

Virtual Environments – Including Virtual Reality.

SUBMITTED TO SUBMITTED BY Lect. Sapna Gambhir Neha MNW-888-2k11 CN.

IPE at UAB Rod Nowakowski, OD, PhD UAB School of Optometry/The Medical Center Birmingham, Alabama October, 2013.

Designing 3D Interfaces Examples of 3D interfaces Pros and cons of 3D interfaces Overview of 3D software and hardware Four key design issues: system performance,

28 th February 2008 Innovations in Online PBL: A Virtual World Case Study Presented by Emily Conradi, e-Projects Manager.

Touch-Enabled Interfaces

A haptic presentation of 3D objects in virtual reality for the visually disabled MSc Marcin Morański Professor Andrzej Materka Institute of Electronics,

Collaborative Learning in Medicine over Internet2 Patricia Youngblood, PhD, Associate Director for Evaluation SUMMIT (Stanford University Medical Media.

Visual, auditory, and haptic displays Dr. Xiangyu Wang Acknowledgment of Dr. Doug Bowman’s lecture notes.

Presentation Overview

GENESIS OF VIRTUAL REALITY  The term ‘Virtual reality’ (VR) was initially coined by Jaron Lanier, founder of VPL Research (1989)..

Knowledge Engineering Applying Rule-based Expert System to Develop an Intelligent Collaborative Design Platform Professor: Dr Amy J.C. Professor: Dr Amy.

Advanced Distributed Learning & Medical Skills Proficiency Carla Pugh, MD, PhD Assistant Professor of Surgery and Associate Director of the Center for.

Introduction to Virtual Reality. Topic Papers Brooks, F. P. (1999). What's Real About Virtual Reality? Zyda, M. (2005). From Visual Simulation to Virtual.

Applications Health Sciences July Distributed Medical Informatics Education  Covers a broad range of fields including electronic medical records.

Fundamentals of Information Systems, Sixth Edition1 Natural Language Processing and Voice Recognition Processing that allows the computer to understand.

Medical Illustrations are the standard for publishing and documenting medical procedures, teaching illustrations, instructional films, and legal proceedings.

Agents of Change: HIT Lab Graduate Students Mark Billinghurst HIT Lab., University of Washington.

HCI 입문 Graphics Korea University HCI System 2005 년 2 학기 김 창 헌.

Simulators for Objective Differentiation of Force-Based Laparoscopic Skills: Towards a Salient Haptic Skills Trainer Dane E. Smith, Joseph Singapogu, Timothy.

BioGrid Texas (BiGTX) biogrid.uta.edu biogrid.uta.edu Virtual Research Park Healthcare Collaborative Network.

VIRTUAL REALITY PRESENTED BY, JANSIRANI.T, NIRMALA.S, II-ECE.

R. Sweet 1,2, T. Kowalewski 2, P. Oppenheimer 2, J. Berkley 2, J. Porter 1, R. Satava 3, S. Weghorst 2 1 Department of Urology, University of Washington,

Virtual Retinal Display (VRD) Emulator Test System H.L. Pryor, B. Burstein, J. Kollin, E.S. Viirre, E. Seibel, J.P. Kelly, T. Furness III. Human Interface.

The Virtual PWC Facility Tony Andrady Research Triangle Institute Klaus-Peter Beier University of Michigan.

The Surgical Simulation Laboratory Antonio Bernardo, MD Assistant Professor of Neurosurgery Director, Surgical Innovation Laboratory Department of Neurosurgery.

Medical Robotics UH MRI-guided Robotic Interventions and Surgeries This technology was supported by the NSF award CNS entitled “Multimodal.

What does it take to teach clinical lab-based skills online? Prof Isabelle Skinner Assoc Dean Research and Research Training EHSE Creative Digital Learning.

HAPTIC SYSTEMS.

VIRTUAL PATIENT - Computer based teaching CAMPUS SOFTWARE Srdjan Masic, MBI, MPH Dejan Bokonjic, MD, PhD.

Dr Thomas V Taylor Former Professor of Anatomy Dr. Thomas V. Taylor taught anatomy at the University of Manchester for a year after working for a time.

WORKSHOP How to integrate basic clinical skills and simulation adjuncts in an undergraduate pre-clerkship medical curriculum? Dr. Muhammad Zafar MBBS,

Spatial Thinking in Non-design Areas

M.Tech Technical Seminar Presentation

CNRS applications in medical imaging

3.02 Understand Health Informatics

2017 HUMAN CAPITAL INVESTMENT CONFERENCE

Contents Abstract Introduction VRD (Virtual Retinal Display) Basics

Trends in Virtual Interfaces

Telemedicine Unit 5, Lesson 6 Explanation Presentation 5.6.1

Module Description: This course intends to introduce special topics of current trends in information technology. Topics covered in this course should be.

Virtual Hospitals: a panel presentation

Telemedicine Unit 5, Lesson 6 Explanation Presentation 5.6.1

Telemedicine Unit 5, Lesson 6 Explanation Presentation 5.6.1

Telemedicine Unit 5, Lesson 6 Explanation Presentation 5.6.1

Figure 2 Recommended simulation training pathway

Telemedicine Unit 5, Lesson 6 Explanation Presentation 5.6.1

February 27th, 2004 Benjamin Lok

Presentation transcript:

human interface technology lab Medical Applications of VR Suzanne Weghorst Human Interface Technology Lab University of Washington

human interface technology lab HIT Lab Medical Projects broad spectrum of medical applications tools for clinical practice medical informatics therapeutic VR/AR surgical simulation Medicine Meets VR (

human interface technology lab Virtual Retinal Display high resolution bright enough for see- through display small “exit pupil” produces long depth of focus

human interface technology lab Optical Tools for Medicine True 3D display (Furness/Seibel) scanned fiber endoscope (Seibel) optical tomography (Seibel)

human interface technology lab

Medical Informatics virtual ER distributed tumor board virtual anatomy browser (Campbell)

human interface technology lab Therapeutic Uses of VR pain distraction phobia desensitization perceptual prosthesis (e.g. Parkinson’s Disease) Meredith Bricken, 1990

human interface technology lab Parkinson’s Disease Kinesia Paradoxa objects/lines in the subject’s path transverse lines spaced about one stride-length apart work best learning/imagining cues doesn’t work

human interface technology lab Virtual Vision Sport

human interface technology lab

Surgical Simulation suturing simulation using FFE (fast finite element) methods ESS (endoscopic sinus surgery) simulator TURP (trans-urethral resection of the prostate) simulator

human interface technology lab Why Surgical Simulation? training credentialing planning and rehearsal telesurgery/OR of the future

human interface technology lab See One, Do One, Teach one

human interface technology lab Once is Not Enough

human interface technology lab Big Questions What is the objective of the simulation? What do you need to simulate to achieve the objective?

human interface technology lab Core Design Issues anatomical detail graphical realism haptic realism instrumental realism bells and whistles user (proctor) interface validation

human interface technology lab Anatomical Detail

human interface technology lab Graphical Realism Type 1 in-vivo in-vitro Type 2Type 3

human interface technology lab Haptic Realism

human interface technology lab Instrumental Realism

human interface technology lab Bells and Whistles OR sounds speech input intelligent agents training aids

human interface technology lab System Integration

human interface technology lab Proctor Interface

human interface technology lab Simulator Validation

human interface technology lab Simulator Validation Non-MDJunior Resident Senior ResidentStaff ENT

human interface technology lab Collaborators HIT Lab Peter Oppenheimer Jeff Berkley Chris Airola Duff Hendrickson Tim Kowalewsky UW School of Medicine Rob Sweet, Jim Porter (Urology) Dan Berg, Greg Raugi (Dermatological Surgery) Mika Sinanan (Surgery/CVES) Others Chuck Edmond (Madigan Army Hospital - ENT) Marvin Fried (Montefiore Hospital - ENT) Rick Satava (Yale Medical School - Surgery) George Turkiyyah (Civil Engineering) Mark Ganter (Mechanical Engineering)

human interface technology lab Thank You