<--- Back to Details
First PageDocument Content
Numerical analysis / Dynamical systems / Classical mechanics / Hamiltonian mechanics / Symplectic integrator / Mathematical optimization / Gradient descent / Leapfrog integration / Bregman Lagrangian / Lagrangian mechanics / Bregman divergence
Date: 2018-07-28 17:09:47
Numerical analysis
Dynamical systems
Classical mechanics
Hamiltonian mechanics
Symplectic integrator
Mathematical optimization
Gradient descent
Leapfrog integration
Bregman Lagrangian
Lagrangian mechanics
Bregman divergence

Dynamical, Symplectic and Stochastic Perspectives on Gradient-Based Optimization Michael I. Jordan University of California, Berkeley March 3, 2018

Add to Reading List

Source URL: eta.impa.br

Download Document from Source Website

File Size: 991,89 KB

Share Document on Facebook

Similar Documents

Split Bregman method for higher order functionals Christina Auer Research Statement for the Marshall Plan scholarship from the field ‘Inverse Problems’

Split Bregman method for higher order functionals Christina Auer Research Statement for the Marshall Plan scholarship from the field ‘Inverse Problems’

DocID: kTaF - View Document