Sentence examples for derived track from inspiring English sources

Autocorrelation analysis of the derived track is then performed using the sampling frequency determined by the line scan time.

To quantify this chromatin movement, we perform an autocorrelation analysis of the derived track and reveal two discrete peaks of positive correlation between 0.01 and 0.1 s, which correspond to the characteristic time(s) at which the chromatin density region shifts back and forth along the line (10 to 100Hz).

Autocorrelation analysis on the derived track extracts the characteristic time(s) at which the chromatin density region moves back and forth, and calculation of the track's centre of mass standard deviation extracts the spatial amplitude of the detected oscillation (in the x-y plane).

Autocorrelation analysis of the derived track is depicted in Figure  3M and shows in agreement with Figure  1E, peaks of positive correlation between 0.01 and 0.1 s, that correspond to the frequency (10 to 100Hz) at which the chromatin density region moves back and forth along the line.

The autocorrelation analysis of the derived track yields a quantitative description of the temporal dynamics of the local chromatin movement, whilst calculation of the track's center of mass standard deviation in the x-y plane, reveals the spatial amplitude of the detected oscillation with nanometer resolution.

After two to four hours of ATP depletion, autocorrelation analysis of the derived track reveals that the peaks of positive correlation normally seen between 0.01 and 0.1 s are almost extinguished and the spatial amplitude of the detected oscillation to be even further reduced to 63 nm; almost half the original spatial amplitude detected prior to ATP depletion.

Based on this method, both the design procedure and the derived tracking controller itself are simplified, and the controller guarantees that the output tracking error satisfies the H-infinity tracking performance.

Then, the T S fuzzy modeling method is employed to exactly represent the fast subsystem and a disturbance observer (DO) is constructed to estimate the modeled disturbance based on the derived tracking error fuzzy system of angular velocity.

In view of the close fit, the models with solid railpads can be used for track and fastening design and to derive track parameters to, for instance, study the deterioration of tracks.

However, when we arranged the neurons according to their firing orders in the template sequences derived during track running, it became apparent that Tau neuron sequences, but not WT sequences, during the track running also appeared frequently during the open box sessions.

In the proposed dual-loop system architecture, the velocity command is designed to stabilize the visual servoing error in the kinematic loop, and the desired acceleration is derived to track the velocity command in the dynamic loop.