Sentence examples for acceleration steps from inspiring English sources

His speed and acceleration, steps and handling are breathtaking to watch.

The static displacements are calculated by double numerical integration after removing acceleration steps from the acceleration signals.

Thus, we evaluated the static displacement by removing the influence of a Heaviside-type acceleration step.

An expression for the estimation of the acceleration step size in AALR method is derived.

It consists in n2 unidimensional searches of a root followed by an acceleration step per iteration.

The gradient of the velocity observed after the main waveforms corresponds to the acceleration step caused by the tilt change.

In this study, a conventional method is used for calculating the displacement signal from the acceleration signal (Zahradnik and Plesinger, 2005; Pillet and Virieux, 2007), assuming an acceleration step of the form aH(t − tO) in the accelerogram, where a, H and tO represent the amplitude of the acceleration step, the Heaviside step function and the onset time of the step, respectively.

An acceleration step with a finite rise time, of course, causes a tradeoff between the tilt and static displacement signals (Kinoshita et al., 2009).

Interestingly, although the sequence of motor actions and several motor parameters appeared invariant over a wide range of stimulus strengths, a number of behavioral features, such as the latencies of the state transitions and the speed of the forward acceleration step, varied significantly between animals responding to small and large increases in temperature.

Table 1 Initial conditions of tracking one target   x(m) y(m) Target 100 230 100 130 Table 2 Maneuvering status of tracking one target Step 20~40 step 60~80 step other step Acceleration a(x) ( m/s 2 ) a y) ( m/s 2 ) a(x) ( m/s 2 ) a y) ( m/s 2 ) a(x) ( m/s 2 ) a y) ( m/s 2 ) Target 50 -30 -50 30 0 0 Figure 4 Simulation result of tracking one target.

In contrast, we found that FEF neurons not activated have a distribution of partial r values indicating larger contributions from eye velocity rather than acceleration during step-ramp tracking (Fig. 6 A, blue circles).