Vibration-assisted tip-based nanofabrication techniques have advantages including
increased material removal rate, reduced tip wear, and better material adaptability over …

In this paper, we propose a finite-impulse-response (FIR)-based feedforward control
approach to mitigate the acoustic-caused probe vibration during atomic force microscope …

In this paper, an adaptive-scanning mode (ASM) of atomic force microscope (AFM) with near-
minimum sample deformation is proposed for imaging live biological samples in liquid …

This paper presents a post-filtering approach to eliminate distortions in atomic force
microscope (AFM) images caused by acoustic noise from an unknown location. AFM …

For an accurate and precise periodic scanning motion of a galvanometer scanner, this paper
presents iterative learning control (ILC) that is designed and implemented in the frequency …

In this article, a data‐driven difference‐inversion‐based iterative control (DDD‐IIC)
approach is proposed to compensate for both nonlinear hysteresis and dynamics of …

In this paper, a data-driven modeling-free differential-inversion-based iterative control
(MFDIIC) method is proposed to compensate for both nonlinear hysteresis and dynamics of …

In this paper, the process control of a magnetostrictive-actuator-based microforming system
is studied. Microforming has recently become an emerging advanced manufacturing …

In this article, the problem of rapid probe engagement and withdrawal in atomic force
microscopy (AFM) is addressed. Probe engagement and withdrawal is needed in almost all …

In this paper, an approach to achieve rapid broadband discrete nanomechanical mapping of
soft samples using an atomic force microscope is developed. Nanomechanical mapping …