<--- Back to Details
First PageDocument Content
Mathematical analysis / Vector field / Scalar potential / Multiple integral / Closed and exact differential forms / Curl / Conservative vector field / Gradient / Calculus / Vector calculus / Mathematics
Date: 2009-06-08 11:31:32
Mathematical analysis
Vector field
Scalar potential
Multiple integral
Closed and exact differential forms
Curl
Conservative vector field
Gradient
Calculus
Vector calculus
Mathematics

c W.C Carter Lecture 14 MITFall 2007

Add to Reading List

Source URL: pruffle.mit.edu

Download Document from Source Website

File Size: 446,78 KB

Share Document on Facebook

Similar Documents

EJCIM 2018 Géométrie Numérique (partie 2) Gradient Conjugué Plan • Introduction

DocID: 1xVG3 - View Document

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

DocID: 1xVqC - View Document

Applied mathematics / Electrical engineering / Epistemology / Control engineering / Control theory / Cybernetics / Global optimization / Falsifiability / Linear time-invariant system / PROPT / Conjugate gradient method

Hybrid Approximate Gradient and Stochastic Descent for Falsification of Nonlinear Systems Shakiba Yaghoubi and Georgios Fainekos Abstract— Studying transient properties of nonlinear systems is an important problem for

DocID: 1xUAR - View Document

Orange gradient line_CMYK

DocID: 1vrOW - View Document

Introduction to AD Conjugate Gradient Algorithm Algorithmic Differentiation References Python Algorithmic Differentiation of Large

DocID: 1vpMS - View Document