Introduction to SCAR 2001: The 18th symposium for computer applications in radiology Byrn WilliamsonNicholas HangiandreouSteve Langer Introduction to Scar 2001: The 18th Symposium for Computer Applications in Radiology Pages: 1 - 1
SCAR 2001 program committee Introduction to Scar 2001: The 18th Symposium for Computer Applications in Radiology Pages: 2 - 2
Digital practice planning/DICOM structured reporting digital radiology equipment acquisition and installation procedures: A team approach at mayo clinic, Rochester, MN Suzanne RamthunClaire E. BenderMichele Back Session 1: Digital Practice Planning/DICOM Structured Reporting Pages: 3 - 5
Evaluating a voice recognition system: Finding the right product for your department Mary FreehMatt DeweyLuAnn Brigham Session 1: Digital Practice Planning/DICOM Structured Reporting Pages: 6 - 8
Planning for a multi-imaging center picture archiving and communications system Gary ReedEdward M. Smith Session 1: Digital Practice Planning/DICOM Structured Reporting Pages: 9 - 11
Integrating Digital Imaging and Communications In Medicine (DICOM)-structured reporting into the hospital environment Dezso CsipoRuth E. DayhoffPeter M. Kuzmak Session 1: Digital Practice Planning/DICOM Structured Reporting Pages: 12 - 16
Tools to manage the enterprise-wide picture archiving and communications system environment Louis M. LannumShirley GumpfDavid Piraino Session 2: Quality Assurance in the Digital Practice Pages: 17 - 21
Quality-control issues on high-resolution diagnostic monitors Laurence F. ParrAmanda L. AndersonPamela Fetherston Session 2: Quality Assurance in the Digital Practice Pages: 22 - 26
Calibration of medium-resolution monochrome cathode ray tube displays for the purpose of board examinations Michael G. EvanoffHans RoehrigChristopher Merritt Session 2: Quality Assurance in the Digital Practice Pages: 27 - 33
An overview of a picture archiving and communications system procurement Jane EssenThomas Hough Session 3: Business and Medical-Legal Issues Pages: 34 - 39
How many people does it take to operate a picture archiving and communication system? Rosemary Honea Session 3: Business and Medical-Legal Issues Pages: 40 - 43
Developing policies and procedures for a picture archiving and communication system Benet Gaytos Session 3: Business and Medical-Legal Issues Pages: 44 - 47
A comparison of image characteristics and convenience in panoramic radiography using charge-coupled device, storage phosphor, and film receptors Allan G. FarmanTaeko Takemori Farman Session 4: Image Acquistion and Processing Pages: 48 - 51
Elastic registration of x-ray mammograms and three-dimensional magnetic resonance imaging data N. V. RuiterT. O. MüllerW. A. Kaiser Session 4: Image Acquistion and Processing Pages: 52 - 55
A Bayesian network for diagnosis of primary bone tumors Charles E. Kahn JrJohn J. LaurG. F. Carrera Session 4: Image Acquistion and Processing Pages: 56 - 57
A use of a neural network to evaluate contrast enhancement curves in breast magnetic resonance images D. VergnaghiA. MontiR. Musumeci Session 4: Image Acquistion and Processing Pages: 58 - 59
Study and status consistency duplicate-read protection in a distributed architecture Brain GrafRebecca MendenhallRichard Wiggins Session 5: Digital Technologies Pages: 60 - 62
Enterprise-class digital imaging and communications in medicine (DICOM) image infrastructure Gary YorkJoe WortmannRazvan Atanasiu Session 5: Digital Technologies Pages: 63 - 65
Puncture-proof picture archiving and communication system Charles E. WillisCharles W. McCluggageBruce R. Parker Session 5: Digital Technologies Pages: 66 - 71
Finding the optimal picture archvingand communciation system(PACS)architecture: A comparison of three PACS designs Wyatt M. TellisKatherine P. Andriole Session 5: Digital Technologies Pages: 72 - 76
The Radiological Society of North America’s medical image resource center: An update Eliot SiegelBruce Reiner Session 5: Digital Technologies Pages: 77 - 79
Designing fault-tolerant distributed archives for picture archiving and communication systems Rebecca MendenhallMatt DeweyIan Soutar Session 5: Digital Technologies Pages: 80 - 83
Management of the picture archiving and communications system archive at Texas Children’s Hospital Maria Elissa E. Blado Session 5: Digital Technologies Pages: 84 - 88
What digital imaging and communication in medicine (DICOM) could look like in common object request broker (CORBA) and extensible markup language (XML) Andrew Van NguyenDavid E. AvrinRonald L. Arenson Session 5: Digital Technologies Pages: 89 - 91
Integrating digital educational content created and stored within disparate software environments: An extensible markup language (XML) solution in real-world use Mark S. FrankThomas SchultzKeith Dreyer Session 6: Digital Practice Applications—Education Pages: 92 - 97
Integrating digital teaching-file systems with off-the-shelf presentation software to facilitate speaker-led conferences Mark S. FrankThomas SchultzKeith Dreyer Session 6: Digital Practice Applications—Education Pages: 98 - 101
Automatic generation of teaching files during routine clinical dictation Gary WendtTimothy KulbagoWally Peppler Session 6: Digital Practice Applications—Education Pages: 102 - 103
Assessing portal design skills in the radiation oncology interactive case management examination Michael G. EvanoffDavid H. HusseyDavid Brown Session 6: Digital Practice Applications—Education Pages: 104 - 107
Beyond the electronic textbook model: Software techniques to make on-line educational content dynamic Mark S. FrankKeith Dreyer Session 6: Digital Practice Applications—Education Pages: 108 - 112
Empowering radiologie education on the internet: A new virtual website technology for hosting interactive educational content on the world wide web Mark S. FrankKeith Dreyer Session 6: Digital Practice Applications—Education Pages: 113 - 116
“WWW.MDTF.ORG”: A world wide web forum for developing open-architecture, freely distributed, digital teaching file software by participant consensus Gregory L. KatzmanDanielle MorrisH. Ric Harnsberger Session 6: Digital Practice Applications—Education Pages: 117 - 120
Research and teaching access to a large clinical picture archiving and communication system Marc HarrisonJustin KohDavid S. Channin Session 6: Digital Practice Applications—Education Pages: 121 - 124
Electronic teaching files: Seven-year experience using a commercial picture archiving and communication system Eliot SiegelBruce Reiner Session 6: Digital Practice Applications—Education Pages: 125 - 127
Digital radiography and film scanners: Automating the transition to filmless radiology Duane DzingleGerald A. MayHarry T. Garland Session 7: Evaluation of Systems and Workflow Pages: 128 - 130
An academic radiology information system (RIS): A review of the commercial RIS systems, and how an individualized academic RIS can be created and utilized Eric P. TammAkira KawashimaPaul Silverman Session 7: Evaluation of Systems and Workflow Pages: 131 - 134
Automating clinically relevant prefetch processes in picture archiving and communciation systems solutions John T. DonnellyQuentin Anderson Session 7: Evaluation of Systems and Workflow Pages: 135 - 139
Support of clinician image-related workflow by a user-edited, web-based Patient List Manager Barton L. GuthrieChris PriceEric Backehsto Session 7: Evaluation of Systems and Workflow Pages: 140 - 142
Automated examination notification of Emergency Department images in a picture archiving and communication system Katherine P. AndrioleDavid E. AvrinTodd M. Bazzill Session 7: Evaluation of Systems and Workflow Pages: 143 - 144
Distance learning in the digital environment Richard H. WigginsGregory L. KatzmanH. Christian Davidson Session 8: Digital Practice Applications—RIS, PACS, and EMR Pages: 145 - 146
Using digital certificates for radiology result receipt confirmation Gary WendtTimothy KulbagoWally Peppler Session 8: Digital Practice Applications—RIS, PACS, and EMR Pages: 147 - 148
Functional requirements of a desktop clinical image display application Bradley J. EricksonWilliam J. RyanDale G. Gehring Session 8: Digital Practice Applications—RIS, PACS, and EMR Pages: 149 - 152
Minimizing Digital Imaging and Communications in Medicine (DICOM) Modality Worklist patient/study selection errors Peter M. KuzmakRuth E. Dayhoff Session 8: Digital Practice Applications—RIS, PACS, and EMR Pages: 153 - 157
A web Implementation: The Good and The Not-So-Good Candice BergsneiderDavid PirainoMichelle Fuerst Session 8: Digital Practice Applications—RIS, PACS, and EMR Pages: 158 - 159
Picture archiving and communications systems (PACS) in private practice: St. Paul radiology PACS project Ross T. SuttonRobert G. RasmussenJack D. Rietschel Session 9: Experience in Digital Practice Implementation Pages: 160 - 162
The legnano radiology picture archiving and communication Elena CossaUmberto FerriPaolo Bernardini Session 9: Experience in Digital Practice Implementation Pages: 163 - 166
Trials and tribulations in deploying digital imaging network and picture archiving and communication system—film to filmless in 80 days Laurence F. ParrPhillip L. LiottaAmanda L. Anderson Session 9: Experience in Digital Practice Implementation Pages: 167 - 170
The process of transitioning to digital operations in a clinic setting Mary FreehJames McFallAlex Nieves Session 9 Experience in Digital Practice Implementation Pages: 171 - 174
Image distribution in a multi-facility radiology practice Bradford RichmondDavid Piraino Session 9 Experience in Digital Practice Implementation Pages: 175 - 176
The National Institutes of Health Clinical Center digital imaging network, picture archival and communication system, and radiology information system Alberto F. GoldszalGary K. BrownEdward V. Staab Session 9 Experience in Digital Practice Implementation Pages: 177 - 181
Combining speech recognition software with digital imaging and communications in medicine (DICOM) workstation software on a microsoft windows platform Randy ErnstWalter CarpenterScott Wheeler Scientific Posters and Demonstrations Pages: 182 - 183