\SlideFrontPage{\myInput{\prefix abstract}}

\SlideFigure{Easyvision serving three URF examination rooms}{MSeasyVision}
\SlideFigure{X-ray rooms from examination to reading around 1990}{XRayRoomsOld}
\SlideFigure{X-ray rooms with Easyvision applied as printserver}{XRayRoomsPlusPrintServer}
\SlideFigure{Comparison screen copy versus optimized film}{MedicalImagingFilmComparison}

\SlideFigure{CAFCR viewpoints}{CAFCRannotated}

\SlideFigure{Time line of Viewing Products}{MIEVOtimeLine}
\SlideFigure{Chronology of Easyvision RF R1 development}{MITORchronology}

\SlideFigure{Technology Innovations initiated by AD}{PMITORtechnologyInnovations}
\SlideFigure{Challenges for product creation}{IMIchallenge}
\SlideFigure{Top level decomposition}{IMIdecomposition}
\SlideFigure{Thread of reasoning; introvert phase}{MITORthread10}

\SlideFigure{Memory usage half way R1}{MSmemoryZeroMeasurement}
\SlideFigure{Solution of memory performance problem}{MSmemoryUsageReduction}
\SlideFigure{Visualization memory use per process}{MSmemoryBudget}
\SlideFigure{Causes of Performance Problems other than Memory Use}{MITORperformanceCauses}
\SlideFigure{Typical case URF examination}{MICAFtypicalCase}
\SlideFigure{Thread of reasoning; phase 2}{MITORthread20}

\SlideFigure{Radiologist workspots and activities}{MISactivitiesRadiologist}
\SlideFigure{Diagnosis in tens of seconds}{MISdiagnosis}
\SlideFigure{SW Process structure 1991}{MITORsoftwareProcess1991}
\SlideFigure{SW layers 1991}{MITORswLayers1991}
%\SlideFigure{Print server is based on banding}{MICVbanding}
%\SlideFigure{Server CPU load}{MICVserverCPUload}
\SlideFigure{Thread of reasoning; phase 3}{MITORthread30}

\SlideFigure{Image quality and safety problem}{MITORfalseContouring}
%\SlideFigure{Presentation pipeline for X-ray images}{MICVpresentationPipeline}
\SlideFigure{Image Quality expectation WYSIWYG}{MICVwysiwyg}
\SlideFigure{Safety problem}{MITORfontScaling}
\SlideFigure{Thread of reasoning; phase 4}{MITORthread40}

\SlideFigure{Thread of reasoning; phase 5}{MITORthread50}

\SlideFigure{Strategy Development Work Flow Products}{MIEVOworkflowStrategy}

\SlideFigure{The clinical context of the radiology department}{MICAFrequestFlow}
\SlideFigure{The financial context of the radiology department}{MICAFfinancialContext}
\SlideFigure{Key drivers, application drivers and requirements}{MICAFkeydrivers}
\SlideFigure{Clinical information flow}{MICAFclinicalInfoFlow}
\SlideFigure{Application layering of IT systems}{MICAFsystemLayers}
\SlideFigure{Reference model for healthcare automation}{MICAFreferenceModel}
\SlideFigure{Information model, standardization for interoperability}{MICAFinformationLayers}

\SlideFigure{Example CT/MR department}{MIdepartmentCTMR}
\SlideFigure{Medical Imaging Competitive Positioning}{MIpositioning}
\SlideFigure{Radiology Department}{MIradiologyDepartment}
\SlideFigure{Vision: Medical Imaging in Healthcare}{MIhealthcare}




