In-plane linear displacements of microelectromechanical systems are measured with
subnanometer accuracy by observing the periodic micropatterns with a charge-coupled …

The retrieval of an observed object's pose is an essential computer vision problem. The
challenge arises in many different fields, among them robotics control, contactless …

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This article presents a binary position encoding method for extended two-dimensional
surfaces. Position encryption is based on linear feedback shift register sequences inserted …

This article introduces smart sample holders for optical microscopy. Their purpose is to allow
the absolute determination of the position of the observed zone with respect to the sample …

For a long time, investigating the same regions of interest of a sample with different
instruments has been recognized as a very useful approach in various scientific fields. This …

This article introduces an improved approach for the characterization of in-plane rigid-body
vibration, based on digital processing of stroboscopic images of the moving part. The …

This paper introduces a new method of absolute position measurement based on the hybrid
encoding principle that can precisely measure the absolute position of a two-dimensional …

An absolute encoder based on vision system nanoGPS OxyO was developed by HORIBA
France. This encoder provides three types of position information, namely, two inplane co …

Ultra-precision position measurement is increasingly important in advanced manufacturing
such as the semiconductor industry and fiber optics or photonics. A vision-based phase …