Sentence examples for benchmark distribution from inspiring English sources

To get some idea of the importance of this type of bias, a benchmark distribution is constructed that assumes interprovincial migrants are distributed across the N source provinces as actually observed in each year, while each migrant from a specific source province is distributed among the remaining N-1 destination provinces in line with the non-migrant population share.

Open image in new window Fig. 4 Modified IEEE-33 bus benchmark distribution network.

The modified IEEE-33 bus benchmark distribution system is utilized to investigate the availability and effectiveness of the proposed model and the hybrid algorithm.

The difference between the actual share of non-migrants by province and the benchmark distribution will reflect source bias.10 The results of this exercise for 2006 are reported in Table 2.

In the recent study by d'Albis et al. (2014), the problem of a benchmark distribution was solved by comparing the age-at-death distribution of each of the countries with the average for a given year.

Our experiments show that SATenstein solvers achieved dramatic performance improvements as compared to the previous state of the art in SLS algorithms; for many benchmark distributions, our new solvers also significantly outperformed all automatically tuned variants of previous state-of-the-art algorithms.

Benchmark distributions for Internet Access among the U.S. population of adults are obtained from KnowledgePanel recruitment data since this measurement is not collected as part of the CPS.

The insets are the deviation (calculated-benchmark) distribution relative to the benchmark values in each calculation (training set: red; test set: blue) Fig. 5 NCIs calculated by DFT ωB97XD and DFT-GRNN versus benchmark values.

The most widely used benchmark water distribution network called Hanoi city water distribution network is taken for the present study to illustrate resilient-based optimal design of water distribution (Fig. 1).

The approach can be applied to benchmark active distribution networks based on impacts on steady-state security with large wind farms.

Simulations are carried out on a benchmark IEEE distribution test feeder for both single and multiple harmonic sources and a number of scenarios are simulated to verify the accuracy and robustness of the proposed approach.