Lecture: Multi Dimensional Gradient Methods in Optimization -- Example Part 2 of 2

Lecture: Multi Dimensional Gradient Methods in Optimization -- Example Part 1 of 2

Lecture: Multi Dimensional Gradient Methods in Optimization -- Theory Part 2 of 2

Lecture: Multi Dimensional Gradient Methods in Optimization -- Theory Part 1 of 2

Lecture: Multi-Dimensional Direct Search Methods -- Example Part 2 of 2

Lecture: Multi-Dimensional Direct Search Methods -- Example Part 1 of 2

Lecture: Multi Dimensional Direct Search Methods -- Theory Part 1 of 1

Lecture: Newton Method for One-Dimensional Optimization -- Example Part 1 of 1

Lecture: Newton Method for One-Dimensional Optimization -- Theory Part 2 of 2

Lecture: Newton Method for One-Dimensional Optimization -- Theory Part 1 of 2

Lecture: Golden Search Section Method Example Part 2 of 2

Lecture: Golden Search Section Method Example Part 1 of 2

Lecture: Golden Search Section Method Theory Part 6 of 6

Lecture: Golden Search Section Method Theory Part 5 of 6

Lecture: Golden Search Section Method Theory Part 4 of 6

Lecture: Golden Search Section Method Theory Part 3 of 6

Lecture: Golden Search Section Method Theory Part 2 of 6

Lecture: Golden Search Section Method Theory Part 1 of 6

Lecture 03.06 False-Position Method for Solving a Non-Linear Equation Part 3 of 3

Lecture 07.08 Simpsons 3/8 Rule for Integration Part 6 of 7

Lecture 03.06 False-Position Method for Solving a Non-Linear Equation Part 1 of 3

Lecture 03.06 False-Position Method for Solving a Non-Linear Equation Part 2 of 3

Lecture 07.08 Simpsons 3/8 Rule for Integration Part 1of 7

Lecture 07.08 Simpsons 3/8 Rule for Integration Part 7 of 7

Lecture 07.08 Simpsons 3/8 Rule for Integration Part 3 of 7

Lecture 07.08 Simpsons 3/8 Rule for Integration Part 5 of 7

Lecture 07.08 Simpsons 3/8 Rule for Integration Part 4 of 7

Lecture 07.08 Simpsons 3/8 Rule for Integration Part 2 of 7

Lecture 25: Online Chess Like Game For Solving Simultaneous Linear Equations Part 3 of 3

Lecture 24: Simultaneous Linear Equations: L D L Transpose Method Part 3 of 3

Lecture 25: Online Chess Like Game For Solving Simultaneous Linear Equations Part 2 of 3

Lecture 24: Simultaneous Linear Equations: L D L Transpose Method Part 2 of 3

Lecture 23: Simultaneous Linear Equations: Cholesky Method Part 4 of 4

Lecture 25: Online Chess Like Game For Solving Simultaneous Linear Equations Part 1 of 3

Lecture 24: Simultaneous Linear Equations: L D L Transpose Method Part 1 of 3

Lecture 23: Simultaneous Linear Equations: Cholesky Method Part 1 of 4

Lecture 23: Simultaneous Linear Equations: Cholesky Method Part 3 of 4

Lecture 21: Theoretical Development of FFT; FFT: N=r1*r2*r3 .... Part 4 of 4

Lecture 23: Simultaneous Linear Equations: Cholesky Method Part 2 of 4

Lecture 21: Theoretical Development of FFT; FFT: N=r1*r2*r3 .... Part 2 of 4

Lecture 22: FFT: Theoretical Development of FFT: Twiddle Factor Part 2 of 2

Lecture 21: Theoretical Development of FFT; FFT: N=r1*r2*r3 .... Part 3 of 4

Lecture 22: FFT: Theoretical Development of FFT: Twiddle Factor Part 1 of 2

Lecture 21: Theoretical Development of FFT; FFT: N=r1*r2*r3 .... Part 1 of 4

Lecture 20: Theoretical Development of FFT: N=r1*r2=4x2 Part 3 of 3

Lecture 20: Theoretical Development of FFT: N=r1*r2=4x2 Part 2 of 3

Lecture 20: Theoretical Development of FFT: N=r1*r2=4x2 Part 1 of 3

Lecture 19: Theoretical Development of FFT; N=r1*r2=4x4 Part 3 of 3

Lecture 18: Theoretical Development of FFT; N=2^r Part 1 of 2

Lecture 18: Theoretical Development of FFT; N=2^r Part 2 of 2

Lecture 19: Theoretical Development of FFT; N=r1*r2=4x4 Part 2 of 3

Lecture 19: Theoretical Development of FFT; N=r1*r2=4x4 Part 1 of 3

Lecture 16: Theoretical Development of FFT; N=2^2=4 Part 3 of 3

Lecture 17: FFT: Theoretical Development of FFT; N=2^3=8 Part 1 of 3

Lecture 15: FFT: Determination of W^P Example 1 Part 3 of 3

Lecture 15: FFT: Determination of W^P Example 1 Part 2 of 3

Lecture 14: Determination of W^P Part 2 of 4

Lecture 17: FFT: Theoretical Development of FFT; N=2^3=8 Part 3 of 3

Lecture 16: Theoretical Development of FFT; N=2^2=4 Part 2 of 3

Lecture 16: Theoretical Development of FFT; N=2^2=4 Part 1 of 3