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Table 1.

Summary of the different modules of the FAMED pipeline, with outputs and computational time indicated.

Module Outputs Overall computational time (min)
Low-precision and low-accuracy oscillation frequencies and 1-σ uncertainties
(n, ) mode identification, with  = 0, 1
GLOBAL 1.0–2.0
Global ΔνACF, Δν0, ϵ, α0
Nchunks, frequency boundaries sn for each chunk
Flag for depressed dipole stars

High-precision and high-accuracy oscillation frequencies and 1-σ uncertainties
(n, ) mode identification, with  = 0, 1, 2, 3
m = 0, ±1 mode identification and cos i for peaks with detected rotation
CHUNK 0.2–1.0 per chunk
Local ϵ, δν02, ΔP1, Γ0, Γ3
Peak testing probabilities for detection, rotation, and duplicity
Flags for peak blending and peak sinc2 profile
Frequency ranges ra, b and divisions da, b for each oscillation frequency

Δν = 0, δν02, δν01, δν03, α, β0, ΔΠ1, q
m = 0, ±1 mode identification for all peaks in RGs and δνrot, core for SG and RG
ÉCHELLE 0.1–1.0
Evolutionary stage (RGB vs. RC)
Final validated list of oscillation modes

 = 0, 1, 2, 3 frequencies with highest precision and accuracy
Oscillation amplitudes and linewidths
COMPLETE 0.5–5.0 per chunk
cos i and δνrot for MS only
Bayesian credible limits on all oscillation parameters

Notes. The overall computational time is a reference time estimated by analyzing a four-years long Kepler dataset using FAMED on a 2.6 GHz 6-core CPU. The overall computational time is subject to vary depending on the system configuration, the data quality, and the complexity of each individual application.

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