Pan Changyu. Supermarket Light Music Evaluation System Based on Triangular Fuzzy Number AHP-BP. Dynamic Systems and Applications 29 (2020) No. 5, 1802 – 1808

https://doi.org/10.46719/dsa202029511

ABSTRACT.
In the current assessment model of data frameworks, data frameworks of various fields are assessed using normalized assessment traits that can’t meet the quality data framework. In the proposed Triangular Fuzzy Number AHP-BP,the new valuation model proposes support for customizing dynamic attribute valuation, also introduces a new TFAHP with fuzzy valuation adjustment attribute and improves the fuzzy overall valuation method. Based on that combination, new algorithmic models are constructed to create modern information systems. Experiments have shown that prototype designs and applications in engineering case evaluations are fruitful and that they are as reliable.To start with, it separates a consistent Q change (CQT) from the sound sign as the recurrence range of the component grouping. At that point, we utilize the CQT utilitarian arrangement Dynamic Time Warping (DTW) calculation that contrasts the info and the layout. The top adjusted useful successions are changed, separating different musicality related worldwide highlights. The DTW calculation is then used to adjust the format sound to the information sound. The top alignment feature sequence is aligned and stretched to include multiple global features of differences between the input in terms of similarity and rhythm to the template. Finally, we apply linear regression and labeled training data to these global functions to estimate expert-generated performance score test audio.

Keywords: Music Evaluation model, Triangular Fuzzy Number AHP-BP system, Resource Description Framework