Sentence examples for solutions for motion from inspiring English sources

The method results in a complete set of adiabatic invariants specifying the approximate solutions for motion.

This framework could support low-impact solutions for motion control/additional information extraction and is exemplified in Figure 2.

Over the years, solutions for motion planning problems were also found in artificial intelligence algorithms, such as neural networks and fuzzy logic.

Several examples, the majority of which are so far unsolved, are given to illustrate the methods proposed and to demonstrate their generality, which permits unforeseen solutions for motion, containing higher harmonics and assuring consistent accuracy regardless of the value of the power of the restoring force.

The first exact solutions for motions of non-Newtonian fluids due to a circular cylinder that applies a longitudinal or rotational shear stress to the fluid are those of Bandelli and Rajagopal [13, Sects. 4 and 5].

To the best of our knowledge, the first exact solutions for motions of non-Newtonian fluids due to an infinite plate that applies a shear stress to the fluid seem to be those of Waters and King [21] and Bandelli et al. [22].

Feller et al. show the common use of pyroelectric sensors is a low-cost and commercially available solution for motion sensing [12].

This study presents a new method by using hybrid neural networks and particle swarm optimization algorithm, in order to find a simple approximate solution for motion of a nonlinear pendulum beyond the small angles regime.

Physiotherapists were also randomly assigned to room A or B. The MotionPod is a patented hardware solution for motion sensing that features a state-of-the-art miniaturized motion-sensing microelectromechanical system.

Solutions for solar motion based on the proper motions of the stars in proper motion catalogs can be carried out even when the distances are not known and the radial velocities are not given.

Analytical solutions for rotational motion equations and torque-free motion are discussed in terms of the elliptic functions and by the application of some simplification to get an approximated solution.