Two kinematic formulations, one based on the inverse deformation gradient tensor, and a second based on the symmetric Finger tensor, are used for tracking large deformations in solids.
SEP-based methods are based on the inverse Boltzmann law, which states that probability densities and energies are closely related quantities.
Again, the initial frequencies are based on the inverse of the first inter-spike interval due to a one second current step, and the final frequencies are based on the last inter-spike interval.
As with the experimental frequency-current (f-I) curve frequencies, we exhibited the "initial" and "final" f-I curves for each model, where the initial curves were based on the inverse of the first inter-spike interval (ISI) due to a one second current step, and the final curves were based on the inverse of the last ISI.
The electric motor is based on the force generated on a current-carrying conductor; the generator is based on the inverse effect that a conductor moving in a magnetic field has a current induced in it.
In this paper, we present a new image restoration method based on the inverse operator theory.
The method presented here is based on the inverse perturbation theory.
Evidently, the definition of the inverse strongly accretive operator is based on the inverse strongly monotone operator.
Method (II) is based on the inverse least squares that depend on updating developed multivariate calibration model.
This information structure is based on the inverse problem method and uses a breakthrough thinking ("eureka effect") approach.
Then, a feedforward hysteresis compensator based on the inverse MGPI model is designed for trajectory tracking control of the PAM.
