The non-vector space approach for nanoscale motion control can be employed without external position sensors and without feature extraction and tracking.

Jun 21, 2018 · Recently, we proposed a local-image-based nonvector space (NVS) control strategy for regulating nanomanipulator to enhance its accuracy ( ...

To address this issue, this paper presents an image based non-vector space control approach. Considering images obtained from the microscopes as sets, the ...

Recently, we proposed a local-image-based nonvector space (NVS) control strategy for regulating nanomanipulator to enhance its accuracy (positioning error is ...

Non-vector space approach for nanoscale motion control ... Authors: Jianguo Zhao; Bo Song; Ning Xi; Liang Sun; Hongzhi Chen; Yunyi Jia. Funders. Office ...

Jul 28, 2015 · Abstract, As the advancement of nanotechnology, it is possible to manipulate structures at nanoscale with various nanomanipulation tools ...

As the advancement of nanotechnology, it is possible to manipulate structures at nanoscale with vari- ous nanomanipulation tools such as scanning probe ...

Abstract—Scanning probe microscopy (SPM) based nanoma- nipulators always experience probe accuracy issues caused by uncertainties such as scanner hysteresis ...

Recently, we proposed a local-image-based nonvector space (NVS) control strategy for regulating nanomanipulator to enhance its accuracy (positioning error is ...

Bibliographic details on Non-vector space approach for nanoscale motion control.