NOC:Digital Design with Verilog

Lecture 1 - Introduction to Digital Design with Verilog

Lecture 2 - Switching Algebra

Lecture 3 - Canonical Forms of Switching Functions

Lecture 4 - Number Systems

Lecture 5 - Binary Arithmetic

Lecture 6 - Binary Codes

Lecture 7 - Error Detection and Corrections Codes

Lecture 8 - Minimization of Switching functions-Karnaugh Map

Lecture 9 - Karnaugh Map

Lecture 10 - Minimization of Switching functions-Properties

Lecture 11 - Quine-McCluskey Method

Lecture 12 - Quine-McCluskey Method-Prime Implication Chart

Lecture 13 - ESPRESSO-Heuristic Based Switching Function Minimization

Lecture 14 - Multi-level Logic Minimization

Lecture 15 - Multi-level Logic Minimization-Kernels Extraction

Lecture 16 - Digital Circuits Modelling using Verilog

Lecture 17 - Modelling Techniques in Verilog

Lecture 18 - Behavioral Modelling in Verilog

Lecture 19 - Digital System Design using Verilog

Lecture 20 - Testbench in Verilog

Lecture 21 - Code Conversion, Parity Bit Generator

Lecture 22 - Comparator, Multiplexer

Lecture 23 - Encoder, Decoder

Lecture 24 - Ripple Carry Adder, Carry Look ahead Adder

Lecture 25 - Adder/Subtractor

Lecture 26 - BCD Adder, Multiplier

Lecture 27 - Latch/Storage Design

Lecture 28 - Flipflop Design, Characteristics of Flipflop

Lecture 29 - Flipflop, Register and Memory

Lecture 30 - Digital Counter

Lecture 31 - Finite State Machine Design and Implementation with many Examples

Lecture 32 - FSM Completeness and Correctness

Lecture 33 - Sync Counter using FSM, Implementation using different FFs and Comparision of types of FSM

Lecture 34 - FSM State Optimization using Row Matching and Partitioning Methods

Lecture 35 - State Optimization using Implication chart and State Encoding

Lecture 36 - RTL Design, Introduction to ASM (Algorithmic State Machine)

Lecture 37 - RTL/ASM Design Examples and Implementation

Lecture 38 - ASM Data Path Inference and Control Path Generation

Lecture 39 - Sequential Multplier the Classic Example of RTL Design

Lecture 40 - Introduction to FPGA and Design Flow

Lecture 41 - Introduction to Electronic Design Automation