An industrial energy benchmarking prototype is analyzed to demonstrate the basic idea and practices of industrial energy benchmarking within this general system framework.
Finally, with these benchmarks, the prototypes for each sentence to be processed are built.
The proposed solution satisfies the design requirements and improves on the prototype benchmark by reducing the mass by almost 50%.
It is not only a benchmark and a prototype theory, a computer scientist who has a solid understanding of calculus or even differential topology can also work much better in the discrete.
Engineers subject both the prototype and the benchmark to the same extreme conditions they may encounter in actual use.
The paper discusses querying patterns and reports on benchmarking (with the LUBM benchmark) the performance of our prototype, called OntoMinD, compared to Oracle with Semantic Technologies.
We describe the design and operation of the prototype module, including benchmark performance measurements, and discuss aspect and issues in extrapolating to a large detector system.
Table 1 shows some benchmark results7 for our Java prototype.
We also give some performance results from a mini-benchmark run on the V2 prototype.
A newly designed Compressed Natural Gas prototype engine was benchmarked against its parent Euro V compliant engine in terms of gaseous emissions and with particular view on regulated and Green House Gas emissions.
