Sentence examples for implementing velocity from inspiring English sources

b) Implementing velocity estimation to identify the motion regions which are later segmented using fusion of uniform distribution-based method and expectation-maximization (EM) segmentation.

Autonomous wheeled mobile robot (WMR) needs implementing velocity and path tracking control subject to complex dynamical constraints.

Leap frog integration method is a standard, simple, fast, and accurate way to implement velocity and position integration in particle-in-cell codes.

Control units comprising a proof-mass electrodynamic actuator and accelerometer-sensor pair with a time integrator and fixed gain controller are an effective way to implement velocity feedback control on thin flexible structures.

The two sensors and the actuator are used to implement velocity feedback control loops to actively isolate the upper mass from the vibrations of the lower mass over a broad range of frequencies.

A theoretical analysis is presented of the flexural vibration of a beam with a control system which implements direct velocity feedback using either an ideal collocated force actuator or a closely located piezoelectric patch actuator.

Thus, it can be used to implement point velocity feedback loops, although the dynamic response and static deflection of the springs proof mass system poses some stability and control performance limitations.

Tire models have not been widely implemented in velocity estimators because of uncertain road friction and varying tire parameters, but the current study utilizes a simplified LuGre model with the minimum number of tire parameters and estimates velocity robust to model uncertainties.

Therefore, on implementing a smooth velocity profile, an appropriate friction compensator has to be considered to cancel out the effect of friction forces.

Flow past a transversely vibrating circular cylinder is numerically simulated by solving the Navier Stokes equations and by implementing a modified velocity correction method.

The train load is simplified by a set of constant moving forces and the range of velocities implemented corresponds to typical velocities of circulation.