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The detail sequences reflect the variability of the traffic and have different energies.
In the following, the detail sequences corresponding to time resolutions between 1.5 and 96 h will be denoted by d1−d6.
Computing the energies of the detail sequences d1−d6, we observed that the highest energy corresponds to d3(the time resolution of 12 h).
Level n of decomposition gives n+1 signals for processing: one approximation signal, corresponding to the current level, and n detail sequences, corresponding to each of the n decomposition levels.
Hence, we have decided to ignore the detail sequences with small energies, to reduce the amount of computation and to keep in our multi-time scale analysis only the details d3and d4, which explain the deviation of the time series around its overall trend: x ( t ) = a 6 ( t ) + β d 3 ( t ) + γ d 4 ( t ).
Similar(55)
We present an evaluation framework and a detail sequence of steps for quantifying the impacts of public transport design and operational measures.
In detail, sequence analyses, such as alignments and BLAST, were performed with Geneious software [ 81].
Detailed sequences are listed in Table S1.
Detailed sequences of individual clones are available in Table S2.
Detailed sequences are given in Supplemental Methods.
Detailed sequences show design features of the integrated vector system.
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