Gaudí Systems Architecting

Gaudi home & reading guide Changelog Pictorial index Personal information Statistics of Gaudi website Source files Website tools
Books Systems Architecting Architectural Reasoning CAFCR; PhD thesis Supporting Processes Composable Architectures Human Measure
Courses USN-SE SESA Systems Architecting SEMA Conceptual Modeling SERP Reflective Practice SEMP Master Project SERM Research Methods Bachelor Systems Engineering
Courses TNO-ESI Architecting for Business Value Architecting System Performance Mastering Systems Integration Platforms and evolvability Supplier Systems Engineering
Case Studies Medical Imaging EasyVision Wafersteppers Sustainability
Research and competence Publications Doctoral dissertations Master project papers USN-SE Systems Engineering Research Systems Engineering Education
Miscellaneous SESG Systems Architecting Links Python Links TNO-ESI Miscellaneous Lia Charité

Why Quantified Insight in System Design is Required.

abstract Software education is mostly function-oriented. Techniques and formalisms are focused on system behavior. Software architects often don't have a quantified insight in problem domain or choosen solutions, although computers work internally with bits and bytes. This is a problem for IT systems in general, but is more so for embedded systems. Embedded systems interact with the physical world, which can be modeled quantitatively: energy consumption, speed, force, et cetera. This presentation addresses quantification of system and software design, illustrated by case examples.

download slides in pdf, size: 1.08 MB
source files in Latex and Visio 5.0, size: 1.05 MB
status: preliminary draft
download statistics: Slides: 1290 downloads

figures

QSDpurposes.stamp.gif PENGchallenge.stamp.gif PENGchallengeAnswer.stamp.gif PENGproblemStatement.stamp.gif PENGcontrolBlockDiagram.stamp.gif PENGcontrolDisturbanceMeasurement.stamp.gif PENGcontrolDisturbanceTransfer.stamp.gif PENGcontrolTrackMeasurement.stamp.gif PENGcontrolTrackTransfer.stamp.gif PENGblackBox.stamp.gif PENGwhiteBox.stamp.gif PENGcontrolKnowledge.stamp.gif PENGcontrolSummary.stamp.gif PINTROsampleCode.stamp.gif PINTROwhatIf1.stamp.gif PINTROwhatIf2.stamp.gif PINTROwhatIf3.stamp.gif PINTROwhatIf4.stamp.gif PINTROproblemStatement.stamp.gif EBMIbenchmarkStack.stamp.gif PHRTarmCacheExample.stamp.gif EBMImemoryTimingARM.stamp.gif EBMIperformanceFormula.stamp.gif QSDtiming.stamp.gif QSDimpactOfSW.stamp.gif QSDimpactOfDigitalHW.stamp.gif QSDcontextOfSW.stamp.gif QSDcontextOfSWquantities.stamp.gif OHTbottomup.stamp.gif MHDRquantificationIssues.stamp.gif QSDpictorialIndex.stamp.gif MHDRbestTypicalWorst.stamp.gif QSDcomputerCrime.stamp.gif

History

0.2 20 November 2006 Gerrit Muller
  • added qunatification reflection sheet
0.1 27 October 2006 Gerrit Muller
  • LAC logo at frontpage
0 8 September 2006 Gerrit Muller
  • Created, no changelog yet