Sentence examples for multiple harmonic sources from inspiring English sources

Phasor-based interdependencies of multiple harmonic sources, especially Distributed Energy Resources, on distribution networks are analyzed in this paper.

This approach is used to determine the source of both single and multiple harmonic sources in distribution systems with time varying load parameters.

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.

This paper presents a methodology for studying and specifying incremental and aggregated harmonic distortion emission limits from multiple harmonic sources that are connected to the utility network in close proximity and/or electrically are close to each other.

This allows dealing with mixtures that contain time-frequency frames in which multiple harmonic sources are active without requiring knowledge of source characteristics.

This paper proposes multiple harmonic-source classification using a Self-Organization Feature Map (SOFM) network with voltage (V)–current (I) wavelet transformation patterns.

The issue of multiple harmonic microvibrations is also investigated.

We also generalize it to multiple harmonic oscillators to represent various exogenous influences.

Third, one should take extra caution when applying multiple harmonic causal method as the overfitting problem can easily happen.

However, some of the formed segments are dominated by different sources or multiple harmonics.

A new frequency estimator is also considered that is simple and flexible in design, and is able to use multiple harmonics or multiple signals in order to estimate the fundamental frequency of the noise source.