Purpose A new research domain known as the Quantified Self has recently emerged and is described gaining self-knowledge through using wearable technology to acquire information on self-monitoring activities physical health related problems. However, very little about impact of time window models discovering self-quantified patterns that can yield insights. This paper aims discover multi-time mo...

Clustering of subsequences of time series is a widely studied and applied class of techniques [3, 4, 2, 6, 1, 5, 7] which aims at interpreting a time series as a shorter sequence of symbols, each of which represent a segment of the series with a pattern that is similar to other segments that has been assigned the same symbol. The research field of subsequence clustering, which was already a wid...

Continuous-time quantum walks (CTQW) have shown the capability to perform efficiently spatial search of a marked site on many kinds graphs. However, most such graphs are hard realize in an experimental setting. Here we study CTQW planar triangular lattice by means both numerical simulations and experiments. The experiments performed using three-dimensional waveguide arrays fabricated femtosecon...

s is a time-frequency transform based on the concept of short-time fourier transform and wavelet transform. the main property of this transform that separate it from the discrete short-time fourier transform is variable frequency resolution. but in this transform the change of resolution of high frequencies to low frequencies is very high. so another transform as a modified s transform is intro...

The IEEE 1588 precision time protocol (PTP) time-setting mode of operation can be used to dramatically improve the quality of time-based systems that rely on a physical layer syntonization source in addition to PTP. Based on the standardized PTP protocol and common network frequency distribution techniques, the PTP time-setting mode of operation is capable of distributing time over packet-based...