Sentence examples for test artifact from inspiring English sources

Several research projects have used this data to test artifact detection, classification, transfer learning, EEG preprocessing, blink detection, and automated annotation algorithms.

To achieve this, we extend an existing taxonomy with: (i) the test artifact, representing the type of information encoded in the model for the purpose of testing (i.e., functional behavior, extra-functional behavior, or the architectural description), and (ii) the mapping of test cases, which describes ways of using the generated test cases on the actual system under test.

This paper outlines the use of femtosecond laser subsurface micro-inscription techniques to fabricate an OCT test artifact for validating the resolution performance of a commercial OCT system.

These files (found in the Ensembl Test artifact) include the data access routines used in the Savant and ArkMAP examples below.

The paper provides a systematic methodology for Geometric Benchmark Test Artifact (GBTA) design for evaluating the geometric behavior of Additive Manufacturing (AM) processes.

Example data access scripts can be found in the Ensembl Test artifact described above and are available on the project website.

Model-driven architecture based testing (MDABT) adopts architectural models of a system under test and/or its environment to derive test artifacts.

All test artifacts (i.e., RBAC-BT tool, test suites, test results, RBAC policies, and statistical data) are available online 2 and can be used to replicate, verify and validate this experiment.

We propose an integrated delta-oriented architectural test modeling and testing approach for component as well as integration testing that allows the generation and reuse of test artifacts among different system variants.

It has been attributed to various parameters, including test artifacts, inhibitors of T4 and T3 binding to proteins, decreased 5'-deiodinase activity and circulating cytokines.

This applicability of subsurface femtosecond machining techniques to the production of test artifacts for the validation of commercial OCT microscope systems has been demonstrated.