In a recent paper [15], Fang, Huang and Thompson further introduced a new class of generalized monotone operators, ( H, η ) -monotone operators, which provided a unifying framework for classes of maximal monotone operators, maximal η-monotone operators, and H-monotone operators.
Furthermore, we provide a framework for service class differentiation among different traffic classes by utilizing the fuzzy logic priority scheme.
Hence, the class of -monotone operators provides a unifying frameworks for classes of maximal monotone operators, -monotone operators.
Therefore, the class of general -monotone operators provides a unifying frameworks for classes of maximal monotone operators, -monotone operators, -monotone operators, and general -monotone operators.
In this paper, we present a fault-tolerant control (FTC) framework for a class of nonlinear networked control systems (NCSs).
The Table of Ranks became the framework for a class of servicemen whose lives were devoted to the interests of the state.
In addition, we propose a solution approach based on an outer approximation strategy and show the algorithmic advantage of such framework for this class of programs.
Such a system description allows developing the designing scheme of the robust unknown input observer within H∞ framework for a class of non-linear systems.
In this paper, we synthesize a framework for this class of tools by combining and generalizing existing instantiations, then show how this framework can be used to guide the design, implementation, and further research of these tools.
Although he paid little attention to the workplace, Bourdieu's framework for explaining class divisions is useful.
