Dr. Daniele Mortari, a Professor of Aerospace Engineering from Texas A&M University, gave a virtual talk titled
“The Theory of Functional Connections: Current Status” on Friday, January 28, 2022, 3.00 pm- 4.00 pm Hawaii time. Zoom link: https://hawaii.zoom.us/j/98516220537
Abstract – This lecture summarizes what the Theory of Functional Connections (TFC) is and presents the most important applications to date. The TFC performs analytical functional interpolation. This allows to derive analytical expressions with embedded constraints, expressions describing all possible functions satisfying a set of constraints. These expressions are derived for a wide class of constraints, including points and derivatives constraints, relative constraints, linear combination of constraints, component constraints, and integral constraints. An im-mediate impact of TFC is on constrained optimization problems as the whole search space is reduced to just the space of solutions fully satisfying the constraints. This way a large set of constrained optimization problems are turned into unconstrained problems, allowing more simple, fast, and accurate methods to solve them. For instance, TFC allows to obtain fast and machine-error accurate solutions of linear and nonlinear ordinary differential equations. TFC has been extended to n-dimensions (Multivariate TFC). This allows to derive efficient methods to solve partial and stochastic differential equations. This lecture also provides some examples in aerospace applications as, for instance, accurate perturbed orbit propagation, perturbed Lambert problem, energy-efficient docking, and energy (or fuel-efficient) optimal landing on large bodies.
About the Speaker – Daniele Mortari is a Professor of Aerospace Engineering at Texas A&M University, working in the field of attitude and position estimation, satellite constellation design, sensor data processing, and various topic in linear algebra and numerical algorithms. He has taught at the School of Aerospace Engineering of the University of Rome, and at Electronic Engineering of the University of Perugia. He received his doctorate degree in Nuclear Engineering from the University of Rome. He has been widely recognized for his work, including receiving best paper Award from AAS/AIAA and from journal Mathematics, three NASA’s Group Achievement Awards, the 2007 IEEE Judith A. Resnik Award, and the 2016 AAS Dirk Brouwer Award. He has published about 120 journal articles, 240 conference papers, and delivered 100 invited seminars. He is a Member of the International Academy of Astronautics, IEEE and AAS Fellow, AIAA Associate Fellow, Honorary Member of IEEE-AESS Space System Technical Panel, and former IEEE Distinguish Speaker. He is Editor-in-Chief of section FunctionalInterpolation of the Journal Mathematics.
Website: https://mortari.tamu.edu/; Email: firstname.lastname@example.org
Aerospace Engineering Program in University of Hawaii at Manoa
The Aerospace Engineering Program (AEP) aims to address technological and educational concerns and challenges in aeronautics and space exploration, thereby contributing to the integration of Aerospace Engineering research and education in Hawaii. It supports the recently established Aerospace Engineering Concentration of the COE. This Seminar Series is one of the AEP’s efforts dedicated to disseminating and promoting research and knowledge in a wide range of areas of Aerospace Engineering (http://manoa.hawaii.edu/aeroeng/).