Publication | Closed Access
Comparison of three algorithms for multi‐motor unit detection and waveform marking
13
Citations
7
References
2005
Year
Fault DiagnosisEngineeringMeasurementMotor ControlBiomedical EngineeringWaveform MarkingCondition MonitoringElectrophysiological EvaluationKinesiologyBiosignal ProcessingSystems EngineeringBiostatisticsInstrumentationHealth SciencesQuantitative EmgComputer EngineeringModern Emg MachinesBioinstrumentationSignal ProcessingAutomated InspectionPhysical TherapyMulti‐motor Unit DetectionMechanical SystemsElectromyographyUseful Waveform MetricsElectrophysiologyFault DetectionWaveform Analysis
Quantitative EMG (QEMG) techniques include automated motor unit action potential (MUAP) detection and marking of clinically useful waveform metrics. Different computer algorithms are available on modern EMG machines to perform these operations rapidly. However, the efficiency and accuracy of available algorithms are rarely directly compared. We have assessed three commercially available algorithms using both synthesized and biologic interference patterns and found differences among algorithms, some of which are clinically significant. Our results point out the importance of assessing for duplicate MUAPs (same waveform detected as two separate waveforms) and accuracy of markings used to determine MUAP metrics.
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