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Then the roll motion is predicted by using the identified coefficients.
No "jerky" or "stop and go" motion is predicted by our solution, and we conjecture why this is so.
The period-1 motion pertaining to two impacts, respectively, on two walls during N-periods of the ground motion is predicted analytically and numerically.
In their procedure, first current wavefield is estimated using data assimilation and then ground motion is predicted by solving a wave equation in real time with current wavefield as an initial condition.
Then the random decrement signature of the roll motion is predicted by using the identified coefficients and compared with that obtained from the model test data, and satisfactory agreement is achieved.
Future motion is predicted using dynamic and kinematic models linking some control inputs (e.g. steering, acceleration), car properties (e.g. weight) and external conditions (e.g. friction coefficient of the road surface) to the evolution of the state of the vehicle (e.g. position, heading, speed).
Similar(54)
The subject's motion was predicted based on the identification of major joint angles of key posture events extracted from the lifting video clips of the analyzed task.
Model frequencies involving U-OH2 motion were predicted at 152 to 188 cm-1 (these modes were predicted to have minimal IR intensity; Fig. 1a), UO22+ motion at 246 to 267 cm-1, U=O stretches at 833 to 848 cm-1 (only the 848 cm-1 mode had significant IR activity), and U=O stretches at 949 cm-1.
Time domain histories illustrating dry friction-induced stick slip motions are predicted for different saturation torques and system parameters.
Spectra for all six rigid-body motions are predicted using the alternate decoupling methods and the closed-form solutions are verified.
Numerous modes with dominant tilting motions are predicted to underline the essence of using a 3D formulation for double helical gears.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com