Sentence examples for switch on time from inspiring English sources

We observe for the switch ON time series data that seven edges are correctly inferred, one edge has a wrong direction, one is a false positive (CBF1 → Gal80), and only one edge is missing.

To assess the prediction capabilities of our method, we used the Switch ON time series as input data and we tried to predict the expression profiles in the Switch OFF experiment time series.

In fact, selecting this more adequate discretization (according to BANJO's scoring) improves BANJO's performance from the results originally reported by Cantone et al. in [ 36], from [PPV = 0.30, Se = 0.25] to [PPV = 0.44, Se = 0.50] for the Switch ON time series and from [PPV = 0.60, Se = 0.38] to [PPV = 0.71, Se = 0.63] for the Switch OFF time series.

We first modify conventional one-dimensional perfectly elastoplastic constitutive model into a smooth one by shortening the switch-on time (or switch-on strain or switch-on stress) through a smooth factor ρ.

If Xist up-regulation is slow (high Switch-ON time), it will normally occur one allele at a time.

However, for output regulation, the switch-on time is modulated.

The signal remains at the noise level at the frequency of 7997 MHz that is swept at the LH power switch-on time point (t=0.712 s).

At the switch-on time instant, the length 2 FIR filter has a single sample of state that is still zero (instead of its steady-state value which is the previous input sinewave sample).

The signal is 10 dB above the noise level at the frequency of 7997 MHz that is swept at the LH power switch-on time point (t=0.612 s).

(a) For all parameter sets that reproduced mono-allelic Xist up-regulation in the cXR-tXA model, the maximal fraction of cells with bi-allelic Xist expression observed during the simulation is shown as a function of the the ratio of switch-ON time (first time point, when Xist levels reach 20% of the high steady state) and tXA silencing delay (siltXA).

Strategies for reducing energy use for electric lighting are presented and discussed, which include: improvements in lamp, ballast and luminaire technology, use of task/ambient lighting, improvement in maintenance and utilization factor, reduction of maintained illuminance levels and total switch-on time, use of manual dimming and switch-off occupancy sensors.