Publication detail

Acoustic Emission Sources and their Classification Using Dimensionality Reduction Methods

CSÉFALVAY, G.

Original Title

Acoustic Emission Sources and their Classification Using Dimensionality Reduction Methods

English Title

Acoustic Emission Sources and their Classification Using Dimensionality Reduction Methods

Type

abstract

Language

en

Original Abstract

This work examines the applicability of nonlinear matrix dimensionality reduction methods for separation of acoustic emission source types. The impact of normalization methods and feature domain selection on the separation quality is investigated.

English abstract

This work examines the applicability of nonlinear matrix dimensionality reduction methods for separation of acoustic emission source types. The impact of normalization methods and feature domain selection on the separation quality is investigated.

Keywords

acoustic emission, dimensionality reduction methods, normalization, signal features

Released

11.08.2011

Publisher

Association of Hungarian Physics Students

Location

Budapest

Pages from

28

Pages to

29

Pages count

2

BibTex


@misc{BUT74929,
  author="Gabriel {Cséfalvay}",
  title="Acoustic Emission Sources and their Classification Using Dimensionality Reduction Methods",
  annote="This work examines the applicability of nonlinear matrix dimensionality reduction methods
for separation of acoustic emission source types. The impact of normalization methods and
feature domain selection on the separation quality is investigated.",
  address="Association of Hungarian Physics Students",
  booktitle="ICPS '11 Conference Handbook",
  chapter="74929",
  institution="Association of Hungarian Physics Students",
  year="2011",
  month="august",
  pages="28--29",
  publisher="Association of Hungarian Physics Students",
  type="abstract"
}