Our studies comparing performance of the database and randomised controlled trials were performed in as rigorous fashion as possible.
For the second analysis we compared the performance of the citation tracking sources, singly and in combination, with the performance of the database search strategies in order to assess the value of citation searching in the systematic review process.
Merging uncorrelated queries does not increase the performance when the database size reaches terabyte scale.
The performance of the database using a more widespread filtered back projection reconstruction (again without corrections) will also be assessed.
We also consider the other experiment which evaluates the recognition performance when the database is separately used as 1st and 2nd sessions.
The performance of the database was then tested on 124 clinical and 16 environmental isolates previously characterized by partial sequencing of the β‐tubulin and calmodulin genes.
To compare the results of these models, we quantitatively evaluated their performance on the database of the proposed method, using AUC and CC [50].
The database life cycle shows steps that are needed in a methodical approach to database design from logical design to physical design that is based on maximizing the performance of the database under various workloads.
Using the derived normal limits, age-stratified performance of the database was determined using sensitivity and specificity analysis with comparisons in sensitivities and specificities performed using a two-tailed McNemar chi-square test. .
Using the derived normal limits, age-stratified performance of the database was determined using sensitivity and specificity analysis with comparisons in sensitivities and specificities performed using a two-tailed McNemar chi-square test.
Hence, we combine FJLT hashing and RI-FJLT hashing following the framework of content-based fingerprinting proposed in Section 5 and test its performance on the database described in Section 6.1.
