Additional observations: Kundera and EclipseLink both perform similarly in JPA and JPQL single entity search performance.
Kundera and EclipseLink both perform similarly in JPA and JPQL single entity search performance.
JMS, JPA and LP performed a first manuscript revision and gave final approval of the version to be submitted.
This conclusion is valid for both the transmission line JPA and the lumped element JPA.
We have evaluated the performance of JPQL for the JPA-based platforms: EclipseLink, Kundera, DataNucleus and Hibernate OGM.
More specifically, our benchmarks compare the performance overhead incurred by Query A (JPA code) with the overhead incurred by Query B (JPQL equivalent code) in Listing ??
Performed the experiments: CB EG JPA MC SS.
JPA conceived the study, participated in its design, performed feature construction and selection, parameterized the classifier, and helped to draft the manuscript.
While JPAs have been demonstrated to operate close to the quantum limit, their performance is to date mostly limited by their relatively small dynamic range, i.e. the saturation of the gain for large input signals.
In order to be able to compare the results from the earlier JPA read to the JPQL search on the same object for RQ4, we have re-evaluated the read performance by inserting 1 million entities (roughly 1GB of data).
