Medical Image Display Bradley Hemminger School of Information and Library Science Department of Radiology, University of North Carolina, Chapel Hill

Slides:



Advertisements
Similar presentations
RSNA 2003 The IHE Technical Approach Identify the transactions required to integrate information flow between information systems For each transaction,
Advertisements

Sept 13-15, 2004IHE Interoperability Workshop 1 Integrating the Healthcare Enterprise Consistent Presentation of Images Integration Profile Integrating.
DIGITAL RADIOGRAPHY.
Grayscale Calibration Grayscale Standard Display Function
Quality Assurance and Digital Radiography
Radiology Understanding Display Characteristics What You Should Know When Viewing Images from PACS.
Digital Imaging and Image Analysis
Image Processing IB Paper 8 – Part A Ognjen Arandjelović Ognjen Arandjelović
The Medicine Behind the Image DICOM Display Update: Color Presentation States Hanging Protocols Dr. David A. Clunie, MB.,BS., FRACR Chief Technology Officer.
Top 10 Guardian League Table for Computer Sciences and IT Top 10 Times Online League Table for Computer Science Computer’s Eye.
Display Issues Ed Angel Professor of Computer Science, Electrical and Computer Engineering, and Media Arts University of New Mexico.
Viewing the Digital Image
Picture Archiving And Communication System (PACS)
PACS Chapter 8 P icture A rchiving and C ommunication S ystem.
By : Alanoud Al Saleh. What is PACS quality control ? The PACS monitor quality control (QC) program objectives are:  to ensure consistent display performance.
Dr. Engr. Sami ur Rahman Assistant Professor Department of Computer Science University of Malakand Medical Imaging Lecture: Medical Image Formats.
Quintiles Intelligent Imaging Clear Vision for the Healthcare Industry
Introduction To Digital Radiography And PACS
Imaging Informatics and PACS
CHAPTER 2 Input & Output Prepared by: Mrs.sara salih 1.
INFORMATION TECHNOLOGY
Evaluation of a Scanned Laser Display as an Alternative Low Vision Computer Interface Conor Kleweno, Eric Seibel, Ph.D., Kyle Kloeckner, Bob Burstein,
PROCESSORBacking Storage Main Memory Output Devices Input Devices Output Devices Translates signals from the computer into a human- readable form.
Unit III Creating the Image Chapter 26 Digital Image Management.
How to Go Digital (Basic) Press Space Bar or Click Mouse to Advance.
DICOM Singapore Seminar:
February 8, 2005IHE Europe Educational Event 1 Integrating the Healthcare Enterprise Consistent Presentation of Images Integration Profile Integrating.
Output Thomas W. Davis. What is Output? Output it data that has been processed into a useful form Output includes: Monitors Printers Speakers Etc.
Consistent Presentation of Images - Integration Profile Ellie Avraham Kodak Health Imaging IHE Planning and Technical Committees.
Chapter 6: Output Slides Created by Kevin McHale.
 In electrical engineering and computer science image processing is any form of signal processing for which the input is an image, such as a photograph.
Computer Vision – Fundamentals of Human Vision Hanyang University Jong-Il Park.
The Leeds Teaching Hospitals NHS Trust Is Grey the New Black? Image Display Optimisation & Consistency for Softcopy Reporting Mark Barnfield St James’s.
Consistent Presentation of Images
1 Introduction to Computer Graphics with WebGL Ed Angel Professor Emeritus of Computer Science Founding Director, Arts, Research, Technology and Science.
Monitors and Sound Systems Section 3A. Objectives List the two most commonly used types of computer monitors. Explain how a CRT monitor displays images.
Image Display Systems Optimizing the Environment Stephen G Davies Consultant Radiologist Royal Glamorgan Hospital.
Digital Image Processing NET 404) ) Introduction and Overview
June 28-29, 2005IHE Interoperability Workshop 1 Integrating the Healthcare Enterprise Consistent Presentation of Images Integrating the Healthcare Enterprise.
The Reason Tone Curves Are The Way They Are. Tone Curves in a common imaging chain.
Three-Receptor Model Designing a system that can individually display thousands of colors is very difficult Instead, colors can be reproduced by mixing.
Health Management Information Systems
DICOM INTERNATIONAL CONFERENCE & SEMINAR Oct 9-11, 2010 Rio de Janeiro, Brazil Managing Display Quality & Consistency Lawrence Tarbox, Ph.D. Washington.
Medical Imaging Lection 3.
Visual Computing Computer Vision 2 INFO410 & INFO350 S2 2015
Consistent Presentation of Images Profile IHE North America Webinar Series 2008 Chris Lindop IHE Radiology GE Healthcare.
IHE Workshop – June 2006What IHE Delivers 1 Ellie Avraham Kodak Health Group IHE Planning and Technical Committees Consistent Presentation of Images Profile.
Medical Imaging Lection 3. Basic Questions Imaging in Medical Sciences Transmission Imaging PACS and DICOM.
Summary Slide Practical Design Features for a PACS Radiology Department.
Objectives Identify the image quality characteristics that apply to all medical imaging modalities Understand the concept of image optimization Review.
More digital 244 wk 12 Perry Sprawls, Ph.D. Professor Emeritus Department of Radiology Emory University School of Medicine Atlanta, GA,
Effects of Grayscale Window/Level on Breast Lesion Detectability Jeffrey Johnson, PhD a John Nafziger, PhD a Elizabeth Krupinski, PhD b Hans Roehrig, PhD.
ECE 638: Principles of Digital Color Imaging Systems Lecture 12: Characterization of Illuminants and Nonlinear Response of Human Visual System.
Multimedia. A medium (plural media) is something that a presenter can use for presentation of information Two basic ways to present information are: –Unimedium.
DIGITAL PROJECTION RADIOGRAPHY COMPUTED RADIOGRAPHY.
History of digital radiology 1980 Kinos L.T. ET all developed a portable radiographic X-ray camera made of tantalum and aluminum. Digital radiography.
Click to edit Master title style Click to edit Master text styles Second level Third level Fourth level Fifth level 1 Integrated Color Solutions A presentation.
PACS and application in Friendship Hospital. I. PACS overview.
Consistent Presentation of Images Integration Profile
Digital Imaging.
PACS Picture Archive Communication Systems.
Ellie Avraham Kodak Health Imaging
Introduction to Computer Graphics with WebGL
Types of monitors CRT Cathode Ray Tube LCD Liquid Crystal Display.
Introduction to Computers
Consistent Presentation of Images
Digital Imaging.
Digital Imaging.
The Radiology Information System (RIS)
Presentation transcript:

Medical Image Display Bradley Hemminger School of Information and Library Science Department of Radiology, University of North Carolina, Chapel Hill

Medical Image Display Digital Values + Human Observer Observer makes decisions Decisions affect patient care/treatment Results in different patient outcomes.

Basic Perception Issues Color or Grey Scale to Use? Standardizing the Grey Scale Perceptual Linearization Different types of Displays (CRT, flat panel) Calibration

PACS: multiple sources and destinations: LAN

Consistent Grayscale: AcquireDisplayPrint Slide courtesy of David Clunie, ComView

Goal: Images look the same independent of the display system or method used to present the images. DICOM Standards supporting this: - Grayscale Standard Display Function - Softcopy Presentation State Storage AAPM guidelines - Display Quality for Electronic Displays Image Presentation Integrity

Modality Display Perception of Contrast By Human Visual System Ambient Light Perceptual Linearization

Computer Display Card Analog Voltage Computer Digital Values (0-255, , ) Display Card Values (0-255, ) Laser Printer Values (0-255, ) Luminance on Monitor or through film on Lightbox Perceived Brightness by human observer

Computer Display Card Characteristic Curve CSF Contrast Sensitivity Function (CSF) Transfer function describing the change in luminance required to see a contrast threshold at a given luminance level.

Image Display and Interaction Single Images Alternators Hanging Protocols Staged Interactions (Mammo Screening) Studying Users to optimize CHI.

Image Enhancement Intensity Windowing Unsharp Masking AHE MUSICA

Novel Display technologies Cine/stack “3D” Virtual reality Fusion

Feedback: Privacy Policy Feedback
Do Not Sell My Personal Information
About project: SlidePlayer Terms of Service

© 2025 SlidePlayer.com. Inc. All rights reserved.