Sentence examples for track stability from inspiring English sources

This test included track stability, rail forces and ballast forces, as well as vibration transmission and noise emission.

The experimental results indicate that the geosynthetics inclusions have improved track stability directly after it repairs and track doesn't change their properties during the time.

The shear resistance value increases with the normal stress application, indicating that the lateral confinement of ballast bed leading to less vertical settlement and more track stability.

It has been shown that system-tracking stability can be guaranteed in the closed-loop system irrespective of whether uncertainties occur or not.

Having a defined basin of attraction is highly desired, especially in robotic applications, as it provides tracking stability in addition to robustness against disturbances.

Based on particle filter algorithm, the conformal geometric algebra method is applied to set particle parameters for the solution of the local occlusion problems caused by hand pose variation, and the tracking stability of the strip glove is improved.

The design of a robust controller is a trade-off problem among competitive objectives such as disturbance rejection, reference tracking, stability against unmodeled dynamics, moderate control effort and so on.

Comparison with existing methods shows that the proposed scheme can provide better reference tracking, stability for a wider uncertainty range, and improved transient and steady-state performance with low implementation cost.

By mainly activating an auxiliary robust control component for pulling back the transient escaped from the neural active region, the author has proposed a multi-switching robust neuroadaptive controller to achieve globally uniformly ultimately bounded (GUUB) tracking stability of strict-feedback systems recently.

To measure the tracking stability in a human eye, 250 B-scans consisting of 2000 A-lines were acquired from the same location in a healthy volunteer.

Rotational malalignment has a negative effect on patellar tracking, stability, pain and overall biomechanics of the knee joint [ 30, 41- 44], while malalignment in the coronal and sagittal planes leads to an increased risk of loosening, pain and instability [ 31, 34, 45, 46].