The adaptive synchronization model which contains a drive system and multiple response systems is presented.
A new dead-zone actuator model which contains time-varying and perturbed actuation gain is proposed.
First a control-oriented model which contains the longitudinal control forces and disturbances is formalized.
Here, coupled vibration equations of the pipeline are established, including hydrodynamic force model which contains vortex-induced load and structural model which contains parametric excitation due to motion of the two floating structures.
The benchmark is described by a SimuLink model, which contains nonlinear lookup tables and unknown wind disturbances.
Second, we consider a simplification of a depth-averaged two-phase flow model which contains more intrinsic nonconservative products.
In VHN, we also consider a network model which contains an eavesdropper, and present formulations to describe its specific security problem by utilizing stochastic geometry theory.
The coarse-grained model, which contains the essential features of the DTB succinate structure, successfully described both local and global structural properties of the atomistic chain.
A two dimensional (2D) morphological model which contains grid generation module, circulation module, wave module, transport module and bed evolution module has been developed and validated.
For each legacy application to be migrated, the Abstract Migration model is transformed into a Concrete Migration model which contains all the information needed for the enactment.
A reduced order state-space model which contains dominant low frequency oscillation modes is firstly identified online by using an closed-loop SMI algorithm.
