Comprehensive Calibration Platform Based on Instrument-shared Networks

An Evaluation of Instrument Calibration Monitoring Using Artificial Neural Networks

Traditional approaches to sensor validation involve periodic instrument calibrations. These calibrations are expensive both in labor and process down-time. Many periodic sensor calibration techniques require the process be shut down, the instrument taken out of service, and the instrument loaded and calibrated. This method can lead to damaged equipment, incorrect calibrations due to adjustments...

On Vision-based Kinematic Calibration of a Stewart-Gough Platform

In this article, we propose a vision-based kinematic calibration algorithm for Stewart-Gough parallel structures. Information on the position and orientation of the mechanism legs is extracted from the observation of these kinematic elements with a standard camera. No workspace limitation, nor installation of additional proprioceptive sensors are required. The algorithm is composed of two steps...

ShanghaiGrid - Towards Building Shared Information Platform Based on Grid

Compared with Computational Grid, the Information Grid currently has no clearly definition. In terminology of the Shanghai Information Grid, to meet the requirement of Information Grid, we design a QoS-aware Information Service which can provide efficient search ability and reliable Index Service and the Information Grid Portal which acts as an access point to Information

Lc-ms Instrument Calibration

As analytical and bioanalytical methods must be validated before using them for routine sample analysis and after changing method parameters (see Chapter 8), instruments such as liquid chromatography coupled with mass spectrometry (LCMS) or tandem mass spectrometry (LC-MS/MS), which are utilized to perform the analysis, should be calibrated and qualified. In addition, an instrument’s performanc...

Instrument Calibration Report