@article{nokey,

title = {Joint Use of Neural Networks and Evidence Theory Methods in Control and Diagnostic Fuzzy Systems},

author = {Ivanov V.K. and Palyukh B.V.},

url = {https://disk.yandex.ru/i/Tyzzu4Iwd6XbBw},

doi = {10.3103/S0147688222060065},

issn = {ISSN 0147-6882},

year  = {2022},

date = {2022-12-16},

urldate = {2022-12-16},

journal = {Scientific and Technical Information Processing},

volume = {49},

number = {6},

pages = {446–454},

publisher = {Allerton Press, Inc.},

abstract = {The article describes the study results of various intelligent data processing methods, such as neural networks and algorithms of the theory of evidence, joint use. The study was conducted on the development of diagnostic systems examples. These methods hybridization is one of the general approaches to reduce uncertainty in the data used and increase the degree of confidence in them. The data uncertainty is of an objective nature when they are obtained from the sensors of technological equipment, from technical regulations, as well as from expert specialists. The study includes an analysis of modern developments descriptions presented at significant international conferences and published recently. Several dozen descriptions of the systems composition, structure and main algorithms functioning developed for projects in various fields were reviewed. As a result, the joint application modes of neural networks and theory of evidence algorithms including the features of architectures and their implementation are determined. We also summarized information about the effectiveness of these methods’ joint application in terms of the uncertainty level reducing and confidence level increasing in the decision-making data. The scope of this study results application is the architectural solutions design of a hybrid expert system for diagnosing the technology processes state and detecting anomalies in them.},

keywords = {belief function, Dempster-Schafer evidence theory, diagnostics, fuzzy system, hybrid expert system, manufacturing process, network training, neural network, status-4, гибридная экспертная система, диагностика, нейронная сеть, нечеткая система, обучение сети, теория свидетельств Демпстера-Шафера, технологический процесс, функция доверия},

pubstate = {published},

tppubtype = {article}

}