Single-cell RNA-seq and single-cell assay for transposase-accessible chromatin (ATAC-
seq) technologies are used extensively to create cell type atlases for a wide range of …

This paper demonstrates a novel measurement technique that can be utilized in on-wafer
calibration and device evaluation procedures. This technique can realize a repeatable …

This paper describes an uncertainty analysis method, including a detailed analysis of the
contributions of probe alignment in the X-, Y-, and Z-coordinates, tilt angle, and rotation …

In the development and application of planar nanopositioning stages (PNSs), there is an
urgent need to measure pose quickly and accurately. An improved pose measurement …

This article reports the investigation results of long-term stability tests on on-wafer
measurement systems in frequency ranges up to 325 GHz conducted by the NMIJ-AIST. The …

This paper presents a vision-based multi-target tracking method for automated on-wafer RF
probing. First, a visual servo control framework is introduced to automate the process of …

This paper presents an improved technique for monitoring and controlling the contact
condition of on-wafer RF probes with nanometer accuracy to enhance the measurement …

Some new issues concerning the contacting and positioning of small electrical
microelectromechanical systems (MEMS) probes based on multiple, flexible …

The paper presents an innovative measurement technique to improve measurement
reproducibility in on-wafer measurement at millimeter-wave frequency. The measurement …

This paper presents a novel probe alignment system that implements machine learning
methods. The developed measurement system is demonstrated at frequencies ranging from …