Result with impact on practice detail

Pathological and physiological high frequency oscillations in focal human epilepsy

Matsumoto A, Brinkmann B, Kucewicz M., Cimbalnlik J, Stead M, Matsumoto J, Marsh R, Meyer F, Worrell G

Original Title

Pathological and physiological high frequency oscillations in focal human epilepsy

English Title

Pathological and physiological high frequency oscillations in focal human epilepsy

Type

Audiovisual work

Original Abstract

Pathologic and physiologic high frequency oscillations statistically separate along the feature axes of spectral amplitude, duration, and frequency. Using these features a machine-learning algorithm can correctly classify the events with high accuracy. This process can be automated and allow rapid detection and classification of pHFO within the epileptic brain.

English abstract

Pathologic and physiologic high frequency oscillations statistically separate along the feature axes of spectral amplitude, duration, and frequency. Using these features a machine-learning algorithm can correctly classify the events with high accuracy. This process can be automated and allow rapid detection and classification of pHFO within the epileptic brain.

Keywords

high frequency oscillations, iEEG, normal HFO, pathological HFO

Key words in English

high frequency oscillations, iEEG, normal HFO, pathological HFO

Authors

Matsumoto A, Brinkmann B, Kucewicz M., Cimbalnlik J, Stead M, Matsumoto J, Marsh R, Meyer F, Worrell G

Released

08.12.2013

BibTex

@misc{BUT107320,
  author="Jan {Cimbálník}",
  title="Pathological and physiological high frequency oscillations in focal human epilepsy",
  year="2013",
  note="Audiovisual work"
}