There are two main use cases for data conversion: migrating to a different cheminformatics format to be consumed by a specific software application, and the generation of graphics for presentation or publication purposes.
Our equivalency result will have to depend on (1) the results of the correlation, (2) the system errors obtained by the Bland-Altman plot, and (3) the maximum difference between N' and N. Between different well counters, a simple conversion function based on the least-squares method can be used for robust data conversion.
In particular, using asynchronous systems for data conversion is an effective technique in order to reduce power consumption.
It requires dealing with a large amount of data, use of different software packages for data conversion, for model generation and for different types of processing and analyses, among other functionalities.
A Powerlab® 8/30 (AD Instruments, Oxon, UK) was used for analog/digital conversion, and data were collected on a Windows PC running Chart® v5 software (AD Instruments).
A Powerlab® 4/20 (AD Instruments, Oxon, UK) was used for analogue/digital conversion, and data were collected on a Windows PC running Chart® v4 software (AD Instruments).
The sequences of the training data set used for GB conversion were matched (without alignment), as described in Section 3.1.
Custom scripts were used to facilitate data conversion and analysis.
The package also contains a lightweight console tool rnftools which can, in addition, be used for conversion of existing data and transformation of RNF coordinates using a LiftOver chain file.
However, this visibility data is usually used for the conversion of visibility to fog attenuation.
