Sentence examples for smc control from inspiring English sources

Proposed SMC control is implemented in conventional double-sided machining operation.

This paper presents PID and SMC control schemes on a Field Programmable Gate Array device (FPGA) for robot manipulators.

The design of the SMC control laws is implemented using an adaptive nonlinear sliding mode definition that creates fast non-overshooting responses over the selected output variables.

Three SMC control laws for longitudinal velocity control, lateral velocity control and yaw rate control are designed based on specific vehicle motion scenarios.

Due to non-analyticity of the SMC control effort generated as vibration level becoming small, two intelligent control schemes are proposed to complete the task — fuzzy sliding-mode control (FSMC) and fuzzy neural network control (FNNC).

To demonstrate the effectiveness and applicability of the SMC control strategy, we applied it to the regulation control of a Van de Vusse reactor in the presence of input-delay, non-minimum phase behavior, and diversified uncertainties such as unmodeled side reaction, measuring error, parameter uncertainties, and/or extra unmeasured disturbances.

The comparative dynamic behavior analysis for both SMC and GA-SMC control schemes are presented.

The simulation results verify the enhanced performance of the VSC-HVDC transmission system controlled by SMC alone compared to the proposed optimal GA-SMC control.

Then, the Genetic Algorithm (GA) is employed for determining the optimal gains for such SMC methodology forming a modified nonlinear GA-SMC control in order to conveniently stabilize the system end enhance its performance.

Our findings indicate that LRP1 expression in SMCs controls the architecture of the vascular wall in a plasma cholesterol-independent manner.

Moreover, Rho-mediated signalling in biomechanically stimulated SMCs controls the activity of the pro-inflammatory transcription factor activator protein 1 (AP-1) (Cattaruzza et al, 2001; Mohamed & Boriek, 2010), and blockade of Rho activity prevents vascular inflammation (e.g. diminished MCP-1 expression and macrophage infiltration) during stent-induced neointima formation (Matsumoto et al, 2004).