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Kinetic™ ECG Algorithm

The Kinetic™ ECG Algorithm provides signal processing and interpretation of the ECG waveform, thereby aiding health care professionals in assessing cardiac parameters. It provides highly accurate QRS detection and feature extraction, beat classification, interval measurement, and rhythm interpretation for up to sixteen leads of captured ECG data.

Kinetic™ ECG Algorithm Family
Kinetic™ Intervals Interval measurements between any two fiducial points
Kinetic™ Rhythms Interpretation of up to 16 distinct core rhythms
Kinetic™ AF Detection of Atrial Fibrillation/Flutter
Kinetic™HRV Measurement of Heart Rate Variability
Kinetic™ QRS R peak identification and HRV evaluation

Kinetic™ is so versatile, it enables real-time or historical analysis in platforms ranging from in-hospital or call center PC or Server-based devices to small, patient-worn ambulatory devices that employ microcontrollers or DSP's. Some key features of Kinetic™ are:

  • Highly accurate
  • Efficient code
  • minimal battery usage
  • Real-time
  • No warm-up period
  • On-line beat-by-beat output
  • Analyze up to 16 leads
  • T wave morphology changes
  • Beat classification
  • Arrhythmia detection
  • Annotation file for further offline analysis

Kinetic™ is based on a novel method for detection of the QRS complex. At the core of the Kinetic™ ECG Algorithm is a unique waveform filter. This filter identifies the QRS by its intrinsic properties, which remain the same regardless of the wave's changing morphology and rhythm patterns. Kinetic is able to process ECGs in real time, with no warm-up period, template matching routines, or manual intervention. Just automatic, precise analysis - from the first beat.

Core Rhythms for Workstations and Servers
Normal Sinus Rhythm 1st Degree AV Block
Atrial Fibrillation 2nd Degree AV Block (Mobitz 1)
Nodal Rhythm 2nd Degree AV Block (Mobitz 2)
SVTA Complete AV Block
BBB Sinus Tachycardia
Ventricular Tachycardia APC
Idioventricular Rhythm PVC
Sinus Bradycardia Pause

The application and processor used will determine the optimal configuration of the Kinetic™ ECG Algorithm. Monebo will work with you to determine the best combination of features and system design based on your individual needs. Kinetic™ has US FDA 510K Clearance and can be embedded into your device. You would obtain Clearance for your final device based on its indication for use and application.

Standard Measurements
(minimum, maximum, average)
HR
QRS Duration
PR
QT

Algorithm performance is affected by equipment design, system noise, transmission method, environment, different rules or definitions of measurements and arrhythmias, and many other factors. Monebo has identified 54 configuration variables that can affect performance, and has developed an Algorithm Optimization System to determine the optimal set of 54 parameter for specific acquisition devices and targeted arrhythmias. The system utilizes a genetic algorithm to optimize the variables automatically, providing a comprehensive and thorough optimization, resulting in the best overall performance in your particular design.

Auto-Trigger Rhythms for
Microcontroller-based Devices
Sinus Bradycardia
Sinus Tachycardia
Atrial Fibrillation
Pause

Kinetic ECG Algorithm Brochure

© 2010 Monebo Marketing Team