Pulse Wave Analysis by Quantified Reconstructed Attractors

Carina Hörandtner, Carina Hörandtner, Martin Bachler, Siegfried Wassertheurer, Felix Breitenecker, Christopher Clemens Mayer

Publikation: Beitrag in FachzeitschriftArtikelBegutachtung


Direct time domain analysis is a classical method for pulse wave analysis. Attractor reconstruction is a new and alternative way to analyse the morphology of a pulse wave. The novel approach plots the pulse wave data as overlapping loops in the three-dimensional phase space and, subsequently, projects the trajectories onto a plane generating two-dimensional attractors. This paper presents methods that automatically quantify these attractors. At first, a short overview of the attractor reconstruction technique is provided. After preprocessing of the pulse waveform data, the attractor is generated and edited by a median filter to remove remaining artefacts that can distort the quanti1cation process. The developed algorithm is based on image processing and extracts attractor features such as the angle of rotation, the angle between the arm fragments, shape, height, lengths and width of the attractor. Finally, visual examination evaluates the performance of the feature extraction technique revealing that the majority of the generated attractors are correctly quanti1ed. However, it also shows that remaining outliers and metrological discrepancies have a negative impact on the results.
Seiten (von - bis)69-78
FachzeitschriftSimulation Notes Europe
PublikationsstatusVeröffentlicht - 2022

Research Field

  • Medical Signal Analysis


  • Pulse Wave Analysis
  • Attractor Reconstruction


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