Sentence examples for ship stabilization from inspiring English sources

This paper's main focus is to present how an expert system can be used in designing SCADA systems with complex functions such as ship stabilization.

Results presented illustrate significant thrust production, reduction of ship responses and generation of anti-rolling moment for ship stabilization, over a range of motion parameters.

The time delay phenomenon may be encountered in many practical systems such as the AIDS epidemic, aircraft stabilization, chemical engineering systems, inferred grinding model, manual control, neural network, nuclear reactor, population dynamic model, rolling mill, ship stabilization, and systems with lossless transmission lines.

The expert system's structure was extensively presented by the authors in previous articles, as well as the ship stabilization algorithm which generates a optimal command sequence, from the perspective of energy consumption because the algorithm minimizes the water volumes transferred between the tanks to achieve the required position and orientation.

Assumptions on incident waves and geometric properties of the device were required and implemented on the basis of literature of naval architecture, ships stabilization and control issues.

We then demonstrate how to design a RAFC for ship roll stabilization.

The problem of optimal digital ship course stabilization under stationary stochastic disturbances is considered.

Combining the adaptive backstepping technique with neural network, an adaptive neural-network-based fin control design method is proposed for the ship roll stabilization.

The ship roll stabilization is achieved via a fin control system, where the disturbance is estimated and compensated to improve the robustness of the controller.

A robust adaptive fuzzy control (RAFC) scheme, which can be used to control a class of uncertain nonlinear systems in which the robust relative degree is equal to the system's degree, is proposed for the problem of ship roll stabilization.

Traditional applications of gyroscopes include ship navigation or stabilization of flying vehicles.