computational paradigm, the authors construct continuous-time nonlinear dynamical systems which produce both regular and generalized inverses of time-varying and fixed matrices, as well as polar decompositions.
Using the concept of a "dynamic inverse" of a map, along with its associated analog computational paradigm, the authors construct continuous-time nonlinear dynamical systems which produce both regular and generalized inverses of time-varying and fixed matrices, as well as polar decompositions.