Www.holografika.com. HoloVizio System 3D Display technology.

Slides:



Advertisements
Similar presentations
Integrating the Healthcare Enterprise
Advertisements

3D Imaging Research Massachusetts General Hospital Harvard Medical School 3D Computer-Aided Diagnosis (CAD) in Radiology Hiro Yoshida, PhD.
DDDAS: Stochastic Multicue Tracking of Objects with Many Degrees of Freedom PIs: D. Metaxas, A. Elgammal and V. Pavlovic Dept of CS, Rutgers University.
COMPUTER-AIDED SURGICAL PLANNING AND PROCEDURES A.Schaeffer; PolyDimensions GmbH, Bickenbach.
Shweta Jain 1. Motivation ProMOTE Introduction Architectural Choices Pro-MOTE system Architecture Experimentation Conclusion and Future Work Acknowledgement.
ICT and medicine IT & C Department AP - Secretariat.
A New Era in Mobile Clinical Care MobileCARE Carl Schulman MD, PhD MSPH.
Light-field 3DTV Research Péter Tamás Kovács Holografika.
Augmented Reality Chris Baker Comp 4640.
Importance of Computers in Health Care Medical Information Systems Medical Information Systems The mission of the MISU is to develop and evaluate automated.
Access 2007 Product Review. With its improved interface and interactive design capabilities that do not require deep database knowledge, Microsoft Office.
Virtual Reality. What is virtual reality? a way to visualise, manipulate, and interact with a virtual environment visualise the computer generates visual,
3D Augmented Reality for MRI-Guided Surgery Using Integral Videography Autostereoscopic Image Overlay Hongen Liao, Takashi Inomata, Ichiro Sakuma and Takeyoshi.
Interactive Systems Technical Design
Chapter 16 CPT Radiology.
RADIOLOGY Technology Trends and Their Impact on American Healthcare Monte Clinton, CRA Director of Radiology Dartmouth-Hitchcock Medical Center Lebanon,
Ultrasound Spring 2009 Student Final. Ultrasound AKA: 1)Diagnostic Medical Sonography 2)Sonography3) 4) Vascular Sonography 5)Echocardiography.
Computer Science AND DOCTORS Jolena Co Truong- 6 th period.
By : Alanoud Al Saleh. What is PACS quality control ? The PACS monitor quality control (QC) program objectives are:  to ensure consistent display performance.
Introduction to Virtual Environments CIS 4930/6930
2.03B Common Types and Interface Devices and Systems of Virtual Reality 2.03 Explore virtual reality.
Welcome to the world of G.V.Ram Mohan Reddy G.V.Ram Mohan Reddy.
The Eye-Tracking Butterfly: Morphing the SMI REDpt Eye-Tracking Camera into an Interactive Device. James Cunningham & James D. Miles California State University,
Stereoscopic images Several methods: –Anaglyph –Polarization –Timesequential (shutterglasses) –Lenticular L A Rønningen/ E Heiberg, Item 2008.
Personalized Medicine Research at the University of Rochester Henry Kautz Department of Computer Science.
RADIOLOGY ORDER ENTRY (ROE) WITH DECISION SUPPORT
SUBMITTED TO SUBMITTED BY Lect. Sapna Gambhir Neha MNW-888-2k11 CN.
Multimedia Specification Design and Production 2013 / Semester 2 / week 8 Lecturer: Dr. Nikos Gazepidis
Computers in Healthcare Jinbo Bi Department of Computer Science and Engineering Connecticut Institute for Clinical and Translational Research University.
1 Advanced Virtual Energy Simulation Training And Research (AVESTAR TM ) Center Stephen E. Zitney, Ph.D. CACHE Trustees Meeting Nashville, TN June 2-3,
PACS: An Overview Healthcare Technology Network George H. Bowers Health Care Information Consultants, LLC © Copyright 2004 Healthcare Information Consultants,
Introduction Surgical training environments as well as pre- and intra-operative planning environments require physics-based simulation systems to achieve.
Future Of Diagnostic Imaging A Look Into The Next Decade ? (Part 2)
Computer Science Department Pacific University Artificial Intelligence -- Computer Vision.
Virtual Reality Lecture2. Some VR Systems & Applications 고려대학교 그래픽스 연구실.
GENESIS OF VIRTUAL REALITY  The term ‘Virtual reality’ (VR) was initially coined by Jaron Lanier, founder of VPL Research (1989)..
Distributed Virtual Environments Introduction. Outline What are they? DVEs vs. Analytic Simulations DIS –Design principles Example.
Pillars Of FPD Growth Full HD 3D Smart TV (Internet Ready)
Fundamentals of Information Systems, Sixth Edition1 Natural Language Processing and Voice Recognition Processing that allows the computer to understand.
2.03 Explore virtual reality design and use.
Radiology started with simple traditional x-ray technology.
Magnetic Resonance Imaging (MRI) and Functional MRIs Sarah Zion and Ondine Legris.
VIRTUAL REALITY PRESENTED BY, JANSIRANI.T, NIRMALA.S, II-ECE.
Dynamics of Care in Society 2 Health Care & Technology.
Introduction to. RADIATION  Potentially harmful ray used for diagnostic or therapeutic purposes.
HEALTH CHAPTER 12 By: Ky Price. Telemedicine Telemedicine systems which are sometimes called telemedicine, they allow medical consultations to take place.
TELE IMMERSION AMAN BABBER
Copyright © 2016 McGraw-Hill Education. All rights reserved. No reproduction or distribution without the prior written consent of McGraw-Hill Education.
Haris Ali (15) Abdul Ghafoor (01) Kashif Zafar (27)
Made By: Pallavi Chhikara
© NIH National Center for Image-Guided Therapy Image-Registered Ultrasound Jeffrey Stoll, NCIGT, CIMIT Kirby Vosburgh, CIMIT.
3DDI: 3D Direct Interaction John Canny Computer Science Division UC Berkeley.
Flight Simulator Overview Flight Compartment Host Computer Motion Control Cabinet Motion Platform 13/6/2016 Visual Display Visual Image Generator Interface.
Action Line 4-2 Call 1&2 projects ALIVE: Enhancement of narrative spaces by telepresence CROSSES: Virtual Reality for training people to urban emergency.
Medical Robotics UH MRI-guided Robotic Interventions and Surgeries This technology was supported by the NSF award CNS entitled “Multimodal.
What is Multimedia Anyway? David Millard and Paul Lewis.
Mixing the Real and the Virtual in a Hospital through Telepresence Kevin Smith
0. Introduction EEE 서강대학교 전자공학과 박래홍 EEE 차원 영상정보처리 2009 년 1 학기.
Contents Introduction Requirements Design Technology Working Interaction.
Radiological Procedures By: Tori Melerine. CT Scans.
Padmasri Dr.BV Raju Institute Of Technology
Prepared by jajal patel (09dit008.)
3D TV TECHNOLOGY.
Virtual Reality By: brady adger.
M.Tech Technical Seminar Presentation
Computer Assisted Surgery
Video Platforms: Services and Clinical Use
FMRI vs. MRI By: Kathleen Shaffer.
Presentation transcript:

HoloVizio System 3D Display technology

Technology trends, vision The next generation display is 3D –Black&white, color, high definition… –Future displays will be like windows... -Paradigm shift in visualisation – Medical –CAD, Simulation, Entertainment and many more novel man-machine interfaces Telespresence systems 3DTV the technology is here...

3-D 2-D

Holographic technology Principle

Holographic technology Breaktrough in 3D displaying, Novel approach High-end electro-optical technology Natural (window-like) view –No glasses –Motion parallax –No positioning, head tracking –Multiviewer system –…–…

Real 3D is more than... No compromise-free solutions up to now –Stereoscopic systems glasses needed, perceptual contradictions –Autostereoscopic systems Stereoscopic –positioning (Sharp, DTI, Stereographics) –eye-tracking, head-tracking (Dresden 3D, HHI) Multiview –jumps, resolution/directions/field of view (4D Vision, Philips) –Volumetric looking in, incompatibility, no hidden edges, moving components (Actuality Systems) Double and multi layer solutions –not 3D (Deep Video Imaging, Vizta3D) Novelties only, not convenient for real, regular use

Holovizio system holographic display generations

3D information in the Medical field 3D information is there, but lost –3D is still displayed in 2D –Know more show less ? 3D images contain ~100x information than a 2D –3D effect shown by rotation Natural perception, benefits –Easy identification of complex structures –Faster, more reliable diagnosis

Medical applications of HoloVizio Therapy planning –Preoperative studies (virtual models of organs) –Surgical and (non-invasive) radiological –Image guided therapy Interdisciplinary Consulting –radiologists and other physicians (collaborative use) Education Informing patients Telesurgery

Potential Clinical Applications Vascular examinations (3D angio, 3D CTa, 3D MRa) –vascular diagnostics and therapy planning 3D imaging of abdominal and pelvic tumor Image-guided therapy (liver, kidney, uterus) Fetal diagnostics (US, MR) Traumatology –facial and head trauma, complex injuries of the extremities Neonatal brain imaging Chest –Heart, cardiac and pulmonary vessels

Future Interactive 3D Medical Platform –real-time holographic displaying (even meter scale, 1:1) –3D capture, eye/gaze/head/hand tracking, haptics, 3D sensors –interaction through natural gestures –Multisensual man-machine interfacing, communication –Combination of information of various information sources in common database –Collaborative, distributed use through network