765368A / 765368S

Time Series Analysis in Astronomy

an intermediate & advanced course (6 credits)

at the Astronomy Division, University of Oulu

The course period September 29 – November 28, 2011

Lectures, and exercise and practical sessions take place on Monday at 14-16 and Thursday at 12-14 in TÄ 219

The course is lectured in English

Teacher: Vitaly Neustroev, FY 272, ph. 5531930, vitaly.neustroev [at] oulu.fi

Assistent: Alexandra Veledina , TÄ 202, ph. 5531939, alexandra.veledina [at] oulu.fi


Course content:

  • Time Series Analysis: Methods for evenly sampled data
  • Time Series Analysis: Methods for unevenly sampled data
  • Timing methods in Optical and X-ray Astronomy
  • Timing features in Optical and X-ray Astronomy

Theoretical and practical considerations will be supplemented with the home exercises which constitute the important part of the course.

Literature:

  • Fourier Analysis of Time Series: An Introduction (2nd edition – 2000) – P. Bloomfield: ISBN: 978-0-471-88948-9
  • Fourier techniques in X-ray timing (1988) – M. van der Klis: can be downloaded from here
  • Fourier Analysis with Unequally-Spaced Data (1975) – T. J. Deeming: can be downloaded from here
  • Astronomical Time Series Analysis: Lecture Notes – Jaan Pelt: can be downloaded from here

Schedule

  • Lecture 1: September 29: Introduction (Time Series, Light Curves, Time, Frequency, Phase, Ephemeris)

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  • Lecture : October 3: ??

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  • Lecture : October 6: ??

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  • Lecture : October 10: ??

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  • Lecture : October 13: ??

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  • Problem Session: October 17: 14:15 – 16.15
  • Lecture : October 24: Periodogram & Power Spectrum (Statistics of Power Spectra, Signal detection optimization)

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  • Problem Session: October 27: 14:15 – 16.15
  • Practical Session: October 31: 14:15 – 16.15
  • Lecture : November 3: Spectral Analysis with Unevenly-Spaced Data (Fourier Analysis, Lomb-Scargle periodogram)

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  • Practical Session: November 7: 14:15 – 16.15
  • Lecture : November 10: Non-parametric Frequency Analysis Methods (String Length Methods, Phase Dispersion Minimization, etc)

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