Compact R-Continuity with Applications to Solving Inclusions and Convergence of Algorithms
摘要
This paper investigates the notion of compact R-continuity and its specifications for set-valued mappings between Banach spaces. We establish several important properties of compact R-continuity in general settings and show that in finite dimensions, this notion is supported by the classical Łojasiewicz inequality for analytic functions. Applications of compact R-continuity and the results obtained herein are provided through the convergence analysis for a broad class of descent algorithms in nonsmooth optimization. Moreover, we demonstrate that compact R-continuity plays a key role in the design and theoretical justification of a novel R-class of algorithms for solving general inclusion problems.