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Contents
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What is SIGSPEC?
How to Run SIGSPEC
Projects
Quiet mode
Input
The time series input file
The .ini file
Time series columns representing time and observable
Time series columns containing statistical weights
Time series columns containing subset identifiers
Lower frequency limit
Upper frequency limit and Nyquist Coefficient
Frequency spacing and oversampling ratio
Accuracy of MultiSine fits
Program termination
Default Output
Spectra
Residual time series
Result files
Analysis of the Time-domain Sampling
Spectral window
Sampling profile
Sock Diagram
Phase Distribution Diagram
MultiSine Output
MultiSine tracks
MultiSine profiles
Preview
Correlograms
Time-resolved Analysis
SIGSPEC AntiAlC: Anti-aliasing Correction Mode
Analysis of Harmonics
MultiFile Mode
How to handle multiple time series
Differential significance spectra
The Built-in Simulator
The simulator mode
Random numbers
Sinusoidal signal
Polynomial trend
Exponential trend
Serially correlated noise
Temporally correlated noise
Random steps
Zero-mean adjustment
Signal-to-Noise Ratio and Lomb-Scargle Periodogram
Frequently Asked Questions
Changing sig in a prewhitening sequence
The effect of binning
Linear interpolation: more information?
Which sig threshold is reasonable?
Keywords Reference
Online availability
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What is CINDERELLA?
Projects
Input
Time series input files
SIGSPEC result files
The .cnd file
Indexing
Dataset Types
Target datasets
Comparison datasets
Datasets to ignore
Default type
Conditional Mode
Candidate selection
Amplitude transformation
Composed Mode
Output for composed mode
Keywords Reference
Online availability
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What is COMBINE?
Input
How COMBINE Works
Sig vs. csig
Frequency resolution
Limit of harmonic order
Equivalent sig
Reliability and sensitivity
Output
Order of Input Rows
Rejecting Unwanted Linear Combinations
Keywords Reference
Online availability
Piet Reegen 2009-09-23