Quality control of the scanner was monitored by regularly scanning a Hologic phantom.
This included control of the galvanometer scanners for x-y scanning and of the motorized translation stage for z-scanning and dynamic focusing, synchronization of the galvanometers with the digitizer for data acquisition, and synchronization with the software controlling the single-vial freeze-dryer.
In this paper we discuss the control of a micro-scanner used in a probe-based data storage device.
Both patient groups performed significantly worse than control subjects in the out-of-scanner verbal learning task.
In this paper, a data driven controller is designed for the positioning control of a piezoelectric tube scanner (PTS) used in an atomic force microscope (AFM).
About mid-way through this study, for reasons outside the researchers' control, the original scanner (scanner A) was replaced with a similar Philips scanner (scanner B).
About mid-way through this study, for reasons beyond the researchers' control, the original scanner (Scanner A) was replaced with an identical Philips scanner (Scanner B) and single channel RF headcoils.
Affymetrix GeneChip Operating Software version 1.4 (GCOS) was used to manage GeneChip array data and to automate the control of GeneChip fluidics stations (FS450) and scanner (GeneChip® Scanner 3000).
This paper focuses on the track-follow control of a MEMS-based micro-scanner for a high-density probe-based storage device.
London is also being wired up with a new range of scanners, biometric ID cards, number-plate and facial-recognition CCTV systems, disease tracking systems, new police control centres and checkpoints.
Some scanners provide for the control of a tape recorder.
