Sentence examples for robust timing from inspiring English sources

In fact, none of the above mentioned studies using either IBC or SIGACT data at a daily resolution confirmed whether they actually feature robust timing signatures.

Incorporating clock gating with PTFF leads to reduction in dynamic power consumption and replica path delay pulse generator simplifies design effort and achieves robust timing characteristics as compared to the conventional PTFF.

Moreover, given the daily resolution of timestamps in IBC and the corresponding clustering of events on a given day, we strongly caution against the direct calibration of a Hawkes model even where robust timing signatures exist, simply because the resulting model fits will be (falsely) rejected by standard goodness-of-fit methods.

With this approach we were able to show a very robust timing dependence, not just of an isolated synaptic input, but of the integrated inputs made up of multiple synaptic events.

The present study shows a robust timing effect for the change in voltage of the initial peak, where negative timing protocols produced decreased synaptic efficacy and positive timing protocols resulted in an increased synaptic efficacy, similar to that seen in vitro.

The robust signal timing problem is formulated as a binary integer program.

Furthermore, due to the better frequency localization of both PHYDYAS and IOTA waveforms, FBMC technique is demonstrated to be more robust to timing asynchronism compared to OFDM one.

In other words, we address the question of how robust the timing signatures we find are to uncertainties in the coding of timestamps.

We prove that this method is robust under timing quantization, and therefore can lead to the design of simple and energy efficient sampling devices.

Note that the more robust the timing signatures in the data, the larger the uncertainty Δ at which τ ˆ i, IBC and τ ˆ i, SIGACT start to only represent iid random samples drawn from an exponential probability distribution.

A chronologically robust reconstruction of timing and dynamics of millennial time scale wet episodes encompassing the entire Atacama Desert during the last 15 ka has been constructed.