Mathematical Methods for Engineers I
MIT OCW | Mathematics | 3114 views
Topics Covered:
Positive Definite matrices; Difference and Incidence Matrix; Least Squares; Eigenvalues; Applied linear Algebra; Laplace Equation; Deltafunction and Green’s Function; Wave and heat equation; Eigen functions; Orthogonalization; Numerical Linear Algebra; RLS and Covariance Matrix; Kalman and Square root Filter; Finite Difference and Finite Element Method; Euler Equation; Fourier Expansions and Convolution; LPF and HPF; Filter Banks; Wavelets etc...
Topics Covered:
Positive Definite matrices; Difference and Incidence Matrix; Least Squares; Eigenvalues; Applied linear Algebra; Laplace Equation; Deltafunction and Green’s Function; Wave and heat equation; Eigen functions; Orthogonalization; Numerical Linear Algebra; RLS and Covariance Matrix; Kalman and Square root Filter; Finite Difference and Finite Element Method; Euler Equation; Fourier Expansions and Convolution; LPF and HPF; Filter Banks; Wavelets etc...
Lecture 1
Other Mathematics Courses
Single Variable Calculus by MIT OCW
Multivariable Calculus by MIT OCW
Computational Science and Engineering I by MIT OCW
Numerical Analysis and Computer Programming by IIT Madras
Mathematics I by IIT Kanpur
Mathematics II by IIT Roorkee
Mathematics III by IIT Roorkee
Linear Algebra by MIT OCW
Introduction to Statistics by UC Berkeley
Mathematical Methods for Engineers II by MIT OCW
Differential Equations by MIT OCW
Multivariable Calculus by MIT OCW
Computational Science and Engineering I by MIT OCW
Numerical Analysis and Computer Programming by IIT Madras
Mathematics I by IIT Kanpur
Mathematics II by IIT Roorkee
Mathematics III by IIT Roorkee
Linear Algebra by MIT OCW
Introduction to Statistics by UC Berkeley
Mathematical Methods for Engineers II by MIT OCW
Differential Equations by MIT OCW

Facebook
Twitter
Current Comments
By Ebuka Ojiakor on January 20th, 2010 07:40am
Sir,your video is a good one but i need videos of calculus to my e-mail