\mySlideSummary{Performance as System Level Characteristic}
{Performance depends on MW, OS, HW, F\&S >> 100 Manyear}{\figureFitHeight{PINTROproblemStatement}}
{Big Impact of Context Switching on Cache}{\figureFitWidth{PHRTarmCacheActualFigures}}
{Cache Disruption}{\figureFitHeight{PHRTarmCacheTaskSwitch}}
{Synchronous Design}{\figureFitWidth{PSRTDesignOpstionsSynchronousAsynchronous}}
\mySlideSummary{Multiple Views}
{Functional Flow}{\figureFitWidth{PHRTtelevisionArchitectureSimple}}
{SW construction}{\figureFitWidth{PHRTtelevisionSWconstruction}}
{Time-line}{\figureFitWidth{PHRTtelevisionSynchrDesign}}
{HW diagram}{\figureFitHeight{PHRTtelevisionHWdiagram}}
\mySlideSummary{}
{Resource Estimations}{\figureFitWidth{PHRTdataDrivenAnswers}}
{Design Space Exploration}{\figureFitWidth{PHRTdataDrivenLatencyTable}}
{}{}
{}{}
\mySlideSummary{Real-time Scheduling, N Order Formulas}
{88\% CPU load: missed deadline!}{\figureFitHeight{PHRTexerciseRMSanswer}}
{Rate Monotonic Scheduling (RMS)}{\figureFitWidth{PHRTrmsPriorityAssignment}}
{n Order Formulas}{\figureFitHeight{PHRTcpuLoadFormulaIntro}}
{Secondary School Math}{\figureFitWidth{PHRTcpuLoadFormulaSecondOrder}}

\mySlideSummary{}
{Performance Design Approach}{\figureFitWidth{PSRToptimizeTimingIssues}}
{Measurements and Expectations}{\figureFitHeight{PSRTzappingProblemStep3}}
{Concurrency Model}{\figureFitHeight{MICVsoftwareProcess}}
{Performance as Function of Memory Use}{\figureFitWidth{EASRTperformanceVsMemory}}
\mySlideSummary{}
{Memory Budget}{\figureFitHeight{RVmemoryBudgetTable}}
{Memory Fragmentation}{\figureFitHeight{MICVfragmentationInTime}}
{Fragmentation Prevention Design}{\figureFitHeight{MICVmemoryAllocators}}
{Instrumentation}{\figureFitWidth{MICVoitTool}}

\mySlideSummary{}
{Overhead as Performance Bottleneck}{\figureFitHeight{RVreconstructionPerformanceAnalysis}}
{End-to-end Latency Budget}{\figureFitHeight{FFTSlatencyBudget}}
{Basis for Function Allocation}{\figureFitWidth{FFTStotalChainResponseTime}}
{Software Bloating}{\figureFitHeight{PPbloating}}

\mySlideSummary{}
{Call Tree Overhead}{\figureFitHeight{PPanswerCallTreeOverhead}}
{Greedy versus Lazy}{\figureFitHeight{PSRTgreedyLazyImagingConsequences}}
{Steady State versus Intialization}{\figureFitHeight{PSRTstartupRunFinish}}
{Performance Pitfalls}{\figureFitHeight{PSRTcommonPerformancePitfalls}}

\mySlideSummary{}
{Top Level Design Approach}{\figureFitWidth{PMFtopLevel}}
{HW Induced Requirements}{\figureFitWidth{EAAhwswRequirements}}
{Incremental Approach}{\figureFitHeight{EAAspiral}}
{From Guestimate to Design}{\figureFitHeight{BWMAquantificationSteps}}

%\mySlideSummary{}
%{User Perceived Performance}{\figureFitWidth{PERFuserPerceived}}
%{CD Access Time Impact on Performance}{\figureFitWidth{PERFcdAccess}}
%{Psychological Boundaries}{\figureFitWidth{PERFpsychological}}
%{Locality Design}{\figureFitWidth{PERFlocality}}

%\mySlideSummary{End-to-end, Sensitivity and Hazard Analysis}
%{End-to-end Performance}{\figureFitWidth{PERFtrafficOverview}}
%{Approach End-to-end Design}{\figureFitHeight{PERFendToEndApproach}}
%{Sensitivity Analysis}{\figureFitWidth{PERFsensitivity}}
%{Hazard Analysis}{\figureFitWidth{PERFhazard}}
%\mySlideSummary{}
%{Hazard Analysis Apporach}{\figureFitHeight{PERFhazardApproach}}
%{HW Life-time}{\figureFitWidth{PERFlifeTime}}
%{}{}
%{}{}

