Generalized quantum evidence theory (GQET) is effective for uncertainty reasoning from the
view of the quantum framework in an open world. However, how to construct the quantum …

Complex evidence theory (CET), as a generalized DS evidence theory, has the ability to
express uncertainty in the complex field. CET has been applied in many information fields …

Abstract Dempster‐Shafer (D‐S) evidence theory has been used in many fields due to the
flexibility and effectiveness in modelling uncertainties, which is the extension of classical …

With the development of quantum decision making, how to bridge classical theory with
quantum framework has gained much attention in past few years. Recently, a complex …

Understanding the uncertainty involved in a mass function is a central issue in Dempster–
Shafer evidence theory for uncertain information fusion. Recent advances suggest to …

Dempster–Shafer (DS) evidence theory is an effective methodology to handle unknown and
imprecise information because it can assign probability into the power set. However, the …

Deng entropy has been proposed to measure the uncertainty degree of basic probability
assignment in evidence theory. In this paper, the condition of the maximum of Deng entropy …

Uncertainty is inevitable in the decision-making process of real applications. Quantum
mechanics has become an interesting and popular topic in predicting and explaining human …

Complex evidence theory, a generalization of the Dempster-Shafer evidence theory, proves
to be effective in modeling and managing uncertainty within complex domains through the …

As an extension of probability theory, evidence theory is able to better handle unknown and
imprecise information. Owing to its advantages, evidence theory has more flexibility and …