Sentence examples for modeling simulation control from inspiring English sources
Cases of interest of process modeling, simulation, control and analysis are discussed.
In this paper a dynamic modeling, simulation, control and energy management of photovoltaic water-pumping network system is presented.
This paper focuses on dynamic modeling, simulation, control and energy management in an isolated integrated power generation system consisting of a 315 kW offshore wind turbine, a 175 kW tidal turbine, a 290 kW microturbine, and a 3.27 kAh lead acid battery storage.
This paper focuses on dynamic modeling, simulation, control and energy management in an agricultural experiment station located at Sahline Tunisia consisting of a 1.5 kW photovoltaic panel (PV) and a 25 A h Lead Acid battery storage supplying an induction motor coupled to a centrifugal pump as mechanical load.
He believes that Mathematics has become a central prerequisite for the societal development of the 21st century and that mathematical methods play the key role in the modeling, simulation, control and optimization of all are as of technological development.
This paper presents modeling simulation and control of stuart type 6-DOF parallel manipulator.
Focused on helping the investigation and experimentation on NCS on graduate courses, the platform can be used to perform tasks for NCS such as analysis, modeling, simulation and control.
Professor Garg's areas of interest include modeling, simulation, and control of dynamic systems and robotics.
This paper addresses developments in modeling simulation, optimization and control systems related to bio-alcohol production.
The case study presented illustrates the application of methods and tools for modeling, simulation, control-structure analysis, and controller tuning to understand the static and dynamic behavior of the process, to identify the sensitive control loops, to tune the existing controllers, and to suggest improvements in the existing control loops.
In [3], an analysis of CAE tools such as MATLAB/Simulink and dSpace/TargetLink describes how they perform fundamental steps such as physical modelling, simulations, control algorithms design and testing, hardware evaluation, parameter optimization, and finally code generation for real-time software implementations.
