1.
|
Type
|
Subject
|
Description
|
Url
|
2.
|
Type
|
Subject
|
Description
- This material explains about the probabilities of event in an experiment or observations.
|
Url
|
3.
|
Type
|
Subject
|
Description
- This material explains about two types of distributions; discrete and continuous random variables and distributions.
|
Url
|
4.
|
Type
|
Subject
|
Description
- This material explains about the important methods of statistical inference are estimation of parameters and determination of confidence intervals.
|
Url
|
5.
|
Type
|
Subject
|
Description
- This material explains about the important methods of statistical inference are hypothesis testing, with application to quality control and acceptance sampling.
|
Url
|
6.
|
Type
|
Subject
|
Description
- This material explains about the basic concepts and rules of matrix, vectors and determinants.
|
Url
|
7.
|
Type
|
Subject
|
Description
- This material explains about the problem of determining the eigenvalues and eigenvectors of a matrix and the complex matrix.
|
Url
|
8.
|
Type
|
Subject
|
Description
- This material explains about how to solve systems of linear equations using matrices, vectors and determinants.
|
Url
|
9.
|
Type
|
Subject
|
Description
- This material explains about the transition from real calculus to complex calculus starts with complex numbers and their geometric representation in the complex plane.
|
Url
|
10.
|
Type
|
Subject
|
Description
- This material explains about the definition of Laplace transform and the process of solving an ODE using the Laplace transform method.
|
Url
|
11.
|
Type
|
Subject
|
Description
- This material explains about the z-transform representation of a sequence for the discrete-time signals and properties of ROC for z-transform.
|
Url
|
12.
|
Type
|
Subject
|
Description
- This material explains about the model periodic phenomena which appear frequently in engineering, think of rotating parts of machines, alternating electric currents or the motion of planets.
|
Url
|
13.
|
Type
|
Subject
|
Description
- This material explains about the wave equation, the heat equation and the Laplace's equation,which can model of a vibrating string/membrane, temperature on a bar, and electrostatics potentials, respectively.
|
Url
|
14.
|
Type
|
Subject
|
Description
- This material explains about the review of the complex numbers that related to Laplace transform, z-transform and Fourier analysis and how to solve PDEs.
|
Url
|