Infinite Skills Learning Python Programming

A complete CD for learning Python Language in a powerful and easy way. 

You can download the CD from the direct link: Download Here
RAR Password : omati.net

Read more ...

Introduction to Matlab Video Course

Introduction
By the end of this free course you will be able to get the basic and advanced knowledge of the programming using MATLAB . Starting from introducing the variables and the vectors until you will be able to build your own program like “The Angry Birds” program.

Course Videos

Title	Duration
01 Introduction Desktop, Arithmetic	9 min. 56 sec.
02 Introduction Variables, mathematical functions, vectors, plotting	12 min. 5 sec.
03 Introduction systems of equations, demo, Mexican hat	9 min. 14 sec.
04 Introduction Programs, m files	10 min 23 sec.
05 Variables Scalars and Vectors	11 min. 4 sec.
06 Matrices. Simple Program	10 min. 12 sec.
07 Numbers and Operators	9 min. 25 sec.
08 Operators and Operations on Arrays	12 min. 5 sec.
09 Formula Vectorization, output, format	15 min. 28 sec.
10 Introducing for loops	23 min. 31 sec.
11 Introducing if statements	13 min. 12 sec.
12 Logical operators and if statements	17 min. 57 sec.
13 Complex numbers	6 min. 37 sec.
14 Output with fprintf	5 min. 1 sec.
15 Input function	1 min. 42 sec.
16 Programming Steps	5 min. 13 sec.
17 Angry Birds Program	23 min. 17 sec.
18 Common Functions	9 min. 56 sec.
19 Beam Deflection Problem	5 min. 58 sec.
20 Logical Vectors	8 min. 35 sec.

Please feel free to leave a comment if there is a dead link or a problem with the links.

Read more ...

Digital Design Using VHDL Course

Course Outlines

• Introduction to VHDL
• Statements in VHDL
• Sequential Statements
• Concurrent Statements
• Data Objects
• Data Operators
• Data types
• FSM finite state machines
• Structural Description
• Testbench
• Introduction to FPGA
• Implementation on FPGA

Tools Used during course

You can download this course here :

Introduction to the Course

Session 1

- Introduction to VHDL
- ASIC & FPGA Design flow
- How to read and write VHDL code
- Library and package
- Entity
- Basic data types
- Architecture

Session 2

- Combinational vs Sequential 

- Data Objects

     - Signals

- VHDL Statements

     - Sequential Statements

        - What is Process 

        - IF Statement

        - CASE Statement

- Combinational Logic

- Sequential Logic

Session 3

- Concurrent Statements

      1-Assign Statement 

      2-Process

      3-When-else

      4-With-select

- Data Objects

      1-Signals

      2-Variables

      3-Constants

Session 4

- Data Operators

      - Aggregate

      - Concatenation

      - Attributes

Session 5

- Data Types

      - Scalar

      - Composite

      - User defined

Session 6

- Finite State Machine

      - What is FSM?

      - Moore machine

      - Mealy machine

      - FSM in VHDL

Session 7

- Structural Description

- Generic Statements

- Packages

- Generate Statements

            -For Generate

Session 8

- Arithmetic Circuits

- Tutorial [2] 

        - IP Cores

        - ISIM Simulator

        - Language Templates

- VHDL Coding TIPS

Session 9

- Sequential Statements

      - Loops For-While

      - Next-Exit Statements

      - Wait Statement

      - Null Statement

      - Assert Statement

      - Functions

      - Procedures 

- Test Benches

- Dealing with Files

- Modelsim and Do Files

Session 10

- Test bench example

- ASIC & FPGA Design flow

- implementation phases 

- FPGA Architecture

      - Demo programming FPGA SP3

- FIFO

Please feel free to leave a comment if there is a dead link or a problem with the links.

Read more ...

VHDL Course

The VHSIC (Very High Speed Integrated Circuits) Hardware Description Language is an industry standard language used to describe hardware from the abstract to the concrete level. In 1986, VHDL was proposed as an IEEEstandard. It went through a number of revisions and changes until it was adopted as the IEEE 1076 standard in December 1987, Then VHDL 1076-1993 and the latest VHDL 1076-2002.

Here I introduce an easy introduction Course to VHDL divided in 6 parts :

Part-1 : Introducing VHDL. (Download Here)

• Introduction.
• Levels of representation.
• Structure of a VHDL file.

Part-2 : Modeling in VHDL. (Download Here)

• Behavioral Modeling.
• Sequential Modeling.

Part-3 : Concurrent Statements. (Download Here)

• Simple Concurrent Signal Assignments.
• Conditional Signal Assignments.
• Selected Signal Assignments.
• Structural Modeling.
• Component Declaration.
• Component Instantiation.

Part-4 : Data objects. (Download Here)

• Constants.
• Variables.
• Signals.
• Signals vs. Variables.

Part-5 : Combinational Circuit Design Example. (Download Here)

• Full Adder Circuit.

Part-6 : Sequential Circuit Design Example. (Download Here)

• Counter using JK Flip-Flops.

ALTERA VHDL Online Course

Altera made a nice presentation for learning the basics of the VHDL language in just 1.5 hours and it's for free, you need only to register and you can run the course online .

>> Objectives of the course :

1. Construct complete VHDL models .
2. Generate Logic functions using the VHDL .
3. Create hierarchical VHDL designs.

>> Course outlines:

1. VHDL introduction.
2. Design units.
3. Architecture modeling fundamentals.
4. VHDL logic synthesis.
5. Hierarchical designing.

You can start your course HERE (Select register at the bottom of the page to start your course )

Please feel free to leave a comment if there is a dead link or a problem with the links.

Read more ...

Object-Oriented Programming Using C++ Book Slides

An introduction to the C++ language. Topics will include data types, control structures, functions, pointers, arrays, I/O streams, classes, objects, encapsulation, overloading, inheritance and use of these concepts in problem solving.

These are the slides of the book Object-Oriented Programming Using C++ , 4th Edition by Robert LaFore.

Chapter 1: The Big Picture : Chapter 1 Slides
Chapter 2: C++ Programming Basics : Chapter 2 Slides (Includes pp. 634 - 638)
Chapter 3: Loops and Decisions : Chapter 3 Slides
Chapter 4: Structures, Unions, and Enumerations : Chapter 4 Slides
Chapter 5: Functions : Chapter 5 Slides (Includes pp. 443 - 448)
Chapter 6: Classes and Objects : Chapter 6 Slides (Includes pp. 458 - 465 and 638 - 651)
Chapter 7: Arrays and Strings : Chapter 7 Slides (Includes pp. 440 - 443 and 452 - 457)
Chapter 8: Operator Overloading : Chapter 8 Slides (Also includes pp. 520 - 528 and Associations (pp. 357 - 358) are covered with chapter 9)
Chapter 9: Class Relationships : Chapter 9 Slides (Includes pp. 357 - 358)
Chapter 10: Pointers and Dynamic Memory : Chapter 10 Slides
Chapter 11: Polymorphism and Virtual Functions : Chapter 11 Slides
Chapter 12: Streams and Files (File I/O) : Chapter 12 Slides
Chapter 14: Templates and Exceptions : Chapter 14 Slides

For more details, examples and assignments on this course you can visit the following link:
Link

Please feel free to leave a comment if there is a dead link or a problem with the links.

Read more ...