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- Immunity-aware_programming abstract "When writing firmware for an embedded system, immunity-aware programming refers to programming techniques which improve the tolerance of transient errors in the program counter or other modules of a program that would otherwise lead to failure. Transient errors are typically caused by single event upsets, insufficient power, or by strong electromagnetic signals transmitted by some other "source" device.Immunity-aware programming is an example of defensive programming and EMC-aware programming. Although most of these techniques apply to the software in the "victim" device to make it more reliable, a few of these techniques apply to software in the "source" device to make it emit less unwanted noise.".
- Immunity-aware_programming wikiPageExternalLink printer_214.shtml.
- Immunity-aware_programming wikiPageExternalLink AN2764.pdf.
- Immunity-aware_programming wikiPageExternalLink 5833.pdf.
- Immunity-aware_programming wikiPageID "8008565".
- Immunity-aware_programming wikiPageRevisionID "592816481".
- Immunity-aware_programming hasPhotoCollection Immunity-aware_programming.
- Immunity-aware_programming howto "March 2011".
- Immunity-aware_programming refimprove "April 2009".
- Immunity-aware_programming subject Category:Electromagnetic_compatibility.
- Immunity-aware_programming subject Category:Embedded_systems.
- Immunity-aware_programming type Artifact100021939.
- Immunity-aware_programming type EmbeddedSystems.
- Immunity-aware_programming type Instrumentality103575240.
- Immunity-aware_programming type Object100002684.
- Immunity-aware_programming type PhysicalEntity100001930.
- Immunity-aware_programming type System104377057.
- Immunity-aware_programming type Whole100003553.
- Immunity-aware_programming comment "When writing firmware for an embedded system, immunity-aware programming refers to programming techniques which improve the tolerance of transient errors in the program counter or other modules of a program that would otherwise lead to failure. Transient errors are typically caused by single event upsets, insufficient power, or by strong electromagnetic signals transmitted by some other "source" device.Immunity-aware programming is an example of defensive programming and EMC-aware programming.".
- Immunity-aware_programming label "Immunity-aware programming".
- Immunity-aware_programming sameAs m.026nc9l.
- Immunity-aware_programming sameAs Q6005462.
- Immunity-aware_programming sameAs Q6005462.
- Immunity-aware_programming sameAs Immunity-aware_programming.
- Immunity-aware_programming wasDerivedFrom Immunity-aware_programming?oldid=592816481.
- Immunity-aware_programming isPrimaryTopicOf Immunity-aware_programming.