A workshop on Nonlinear Functional Analysis and Its Applications in memory of Professor Ronald E. Bruck is scheduled to take place during April 4–6, 2022, via Zoom, at the Department of Mathematics of the Technion — Israel Institute of Technology, under the auspices of the Center for Mathematical Sciences.
Link to zoom for April 4, 2022: https://technion.zoom.us/s/93831443706
Link to zoom for April 5, 2022: https://technion.zoom.us/s/92218874623
Link to zoom for April 6, 2022: https://technion.zoom.us/s/99601829043
List of speakers:
- Ravi Agarwal, Texas A&M University — Kingsville: EXISTENCE AND UNIQUENESS RESULTS FOR A NONLINEAR INTEGRAL EQUATION RELATED TO INFECTIOUS DISEASE
- Jean-Bernard Baillon, Université de Paris 1 Panthéon-Sorbonne: The history of PQR
- Kay Barshad, The Technion — Israel Institute of Technology: Residuality properties of certain classes of convex functions on normed linear spaces
- Renu Chaudhary, The Technion — Israel Institute of Technology: Mathematical Perspective of Control Theory – A Glimpse
- Jein-Shan Chen, National Taiwan Normal University: Decompositions and projections with respect to some classes of non-symmetric cones
- Roberto Mario Cominetti, Universidad Adolfo Ibáñez: Optimal error bounds in fixed-point iterations for non-expansive maps via optimal transport metrics
- Soumitra Dey, The Technion — Israel Institute of Technology: A NEURAL NETWORK MODEL FOR INVERSE QUASI-VARIATIONAL INEQUALITIES
- Behzad Djafari-Rouhani, , University of Texas at El Paso: Asymptotic Behavior of Some Expansive Type Difference Equations and Evolution Systems
- Tomas Dominguez Benavides, University of Seville: FIXED POINTS FOR COMMUTATIVE FAMILIES OF MAPPINGS
- Jonathan Eckstein, Rutgers University: A Projective Operator Splitting Approach to Stochastic Programming
- Aviv Gibali, ORT Braude College: The Cyclic Douglas-Rachford Algorithm with r-sets-Douglas-Rachford Operators
- Gilles Godefroy, Jussieu Mathematics Institute: Smoothness of norms and the structure of Banach spaces
- Chinedu Izuchukwu, The Technion — Israel Institute of Technology: Forward-Reflected-Backward-Type Methods for Solving Monotone Variational Inclusion Problems
- M. Ángeles Japón Pineda, Universidad de Sevilla: VARIABLE LEBESGUE SPACES VERSUS Lp SPACES WHEN IT COMES TO FIXED POINT THEORY
- Mohamed Amine Khamsi, Khalifa University: Linear Functional Analysis in Metric Spaces
- Yasunori Kimura, Toho University: RESOLVENT OPERATORS ON COMPLETE GEODESIC SPACES AND THEIR PROPERTIES
- Ulrich Kohlenbach, Technische Universität Darmstadt: The influence of the work of R.E. Bruck on the development of proof mining
- Walter Kozlowski, University of New South Wales: Modular approximation in convergence spaces
- Jinlu Li, Shawnee State University: Embedding of partially ordered topological spaces in Fell topological hyperspaces
- Scott B. Lindstrom, Curtin University: A primal/dual computable approach to algorithmic improvement, based on dynamics
- Genaro Lopez Acedo, Universidad de Sevilla: LOCAL LINEAR CONVERGENCE OF ALTERNATING PROJECTIONS IN METRIC SPACES WITH BOUNDED CURVATURE
- Russel Luke, Universität Göttingen: Convergence of proximal splitting algorithms in CAT(kappa) spaces and beyond
- Walaa Moursi, University of Waterloo: Strongly nonexpansive mappings revisited: uniform monotonicity and operator splitting
- Juan J. Nieto, CITMAga, USC: Nonlinear Fractional Differential Equations
- Roger Nussbaum, Rutgers University: Hidden Positivity and a New Approach to Rigorous Computation of Hausdorff Dimension: Higher Order Methods
- Olawale-kazeem Oyewole, The Technion — Israel Institute of Technology: AN INERTIAL SUBGRADIENT EXTRAGRADIENT METHOD FOR APPROXIMATING A SOLUTION TO AN EQUILIBRIUM PROBLEM IN AN HADAMARD MANIFOLD
- Biagio Ricceri, University of Catania: A survey of selected results in fixed point theory
- Shipra Singh, The Technion — Israel Institute of Technology: Split Modelling Approach to Non-Cooperative Strategic Games
- Adeolu Taiwo, The Technion — Israel Institute of Technology: Tikhonov’s Regularization and Iterative Schemes for Solving Split feasibility and fixed point problems in Hilbert space
- Shawn Wang, University of British Columbia: Roots of the identity operator and proximal mappings: (classical and phantom) cycles and gap vectors
- Tian Xiang, Renmin University of China: On Krasnosels’kii type fixed point theorems and their applications
- Hong-Kun Xu, Hangzhou Dianzi University: Convergence Rate of Halpern’s Iteration Method and Anchored Technique for Minimax Problems
- Rafal Zalas, The Technion — Israel Institute of Technology: POLYNOMIAL ESTIMATES FOR THE METHOD OF CYCLIC PROJECTIONS IN HILBERT SPACES
- Alexander J. Zaslavski, The Technion — Israel Institute of Technology: A class of set-valued mappings arising in mathematical economics
The organizing committee comprises Aviv Gibali (ORT Braude), Simeon Reich (Technion), Rafal Zalas (Technion) and Alexander J. Zaslavski (Technion).