The estimation of the true performance of the modules by accommodation of variations in testing conditions is performed.
The results show that the fiber arrangement can significantly influence the performance of the modules.
The performance of the modules has been shown to be adequate for the CMS pixel barrel.
The outdoor performance of the modules had a higher spectral dependence than that of polycrystalline Si modules.
Production quality control tests were set up to verify and rate the performance of the modules before integration into staves.
Although many multi-stage pipelined processors have their own branch prediction units, the performance of the modules depends on the applications.
These printing methods and the materials used for printing however set some technical boundary conditions for the layout design, which are especially important for the electrical performance of the modules.
By doing so, the performance of the modules would be evaluated to find out which ones contribute most to a high detection rate.
The performance of these single-modules was evaluated by leave-one out cross validation (LOOCV), the best of which achieved accuracy (ACC) of about 82%, and Matthew Correlation coefficient (MCC of 64%.
A simulation study was performed to assess the performance of the module detection method.
