Long-Term Internship 2025

Number of chapters: 110 Chapters
Number of contents: 714 Contents

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Course Curriculum

Reading Material : Introduction to the course

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Video : Course Introduction

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Video : Meet Your Trainer

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Reading Material : COURSE STRUCTURE GUIDE FOR STUDENTS

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Reading Material: Assessment Structure

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Video : Career Guidance

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Reading Material : Career Opportunities After This Course

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Video : Software Installation

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Reading Material : Vivado Software Installation Guide

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Complete Student Tour of LMS - From Login to Final Results.

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Mind Map

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VIDEO_01 : VLSI Frontend Design Flow Part_01

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VIDEO_02 : VLSI Backend Design Flow Part_02

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Summary : The Modern Miracle Chip

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Reading Material : Briefing on the VLSI Design Flow

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Reading Material : Project Proposal - A Structured ASIC Design Initiative

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Reading Material : VLSI Design and Manufacturing Process Handbook

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Reading Material : VLSI Design - A Beginner's Guide to Front-End vs. Back-End

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Mind Map

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VIDEO_01 : Explanation of Design Tools & HDL Languages

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Summary : From Code to Silicon

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Reading Material : A Strategic Evaluation of the Modern VLSI Front-End Design and Verification Landscape

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Reading Material : Briefing Document - VLSI Design Languages and Tools

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Reading Material : VLSI Hardware Description Languages and Design Tools

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Reading Material : Understanding Hardware Description Languages (HDLs) - Your First Step in VLSI

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Mind Map

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VIDEO_01 : How Can We Create The Project File in Xilinx Vivado

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Summary : Creating a Vivado Project

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Reading Material : Xilinx Vivado Project Workflow

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Reading Material : Understanding the Vivado FPGA Design Workflow

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Reading Material : Xilinx Vivado Project Creation and Design Workflow

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Reading Material : Xilinx Vivado Project Creation

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Reading Material : Xilinx Vivado - A Professional's Guide to Project Creation

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Mind Map

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VIDEO_01 : Explanation of Logic Gates

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Summary : The Secret Language

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Reading Material : A Beginner's Guide to the 7 Basic Logic Gates

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Reading Material : Briefing on Fundamental Digital Logic Gates

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Reading Material : Onboarding Manual: Fundamentals of Digital Logic Gates

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Reading Material : Study Guide for Digital Logic Gates

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Mind_Map

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VIDEO_01 : Types Verilog Modellings & Data Flow Modelling

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VIDEO_02 : Data Flow Modelling Verilog Code Syntax

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VIDEO_03 : Gate Level Modelling

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VIDEO_04 : Gate Level Modelling Verilog Code Syntax

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VIDEO_05 : AND Gate Implementation on FPGA

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VIDEO_06 : XOR Gate Implementation on FPGA

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VIDEO_07 : Behavioral Modelling

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VIDEO_08 : Behavioral Modelling Verilog Code Syntax

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Summary : Verilog Modelling Styles

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Reading Material : The Three Fundamental Modeling Styles

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Reading Material : Verilog Modeling for Logic Gates

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Reading Material : Verilog Modeling Styles for Logic Gates

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Reading Material : Verilog Modeling Styles Study Guide

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Mind Map

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VIDEO_01 : Implementation of Half Adder

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VIDEO_02 : Implementation of Half Adder in Verilog

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VIDEO_03 : Implementation of Full Adder

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VIDEO_04 : Implementation of Full Adder in Verilog

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VIDEO_05 : Implementation of Full Adder on FPGA

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VIDEO_06 : Implementation of 4-Bit Ripple Carry Adder

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Summary : Digital Adders

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Reading Material : Comparative Analysis of Digital Adder Architectures in VLSI Design

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Reading Material : Digital Adder Architectures

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Reading Material : Digital Adders

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Reading Material : Understanding Digital Adders - From Half to Full

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Mind Map

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VIDEO_01 : Behavioral If Else Condition

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VIDEO_02 : Behavior If Else Condition in Verilog

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VIDEO_03 : Behavioral Case Default Condition

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VIDEO_04 : Behavioral Case Default Condition in Verilog

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VIDEO_05 : Repeated If Else & Case Condition with Full Adder

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Summary : Verilog Showdown - If vs Case

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Reading Material : A Guide to if-else and case Statements

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Reading Material : Making Choices in Verilog - A Clear Guide to if-else vs. case

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Reading Material : Verilog Conditional Control Flow

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Reading Material : Verilog Conditional Control Flow Study Guide

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Mind Map

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VIDEO_01 : Module Instantiation and it's Types & Named Instantiation

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VIDEO_02 : Full Adder Using Half Adder

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VIDEO_03 : Full Adder Using Half Adder in Verilog

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VIDEO_04 : Implementation of Full Adder Using Half Adder on FPGA

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VIDEO_05 : Named Instantiation in Verilog

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VIDEO_06 : Positional Module Instantiation

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VIDEO_07 : Positional Module Instantiation in Verilog

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VIDEO_08 : Implementation of Ripple Carry adder on FPGA

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Summary : Verilog Module Instantiation

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Reading Material : A Guide to Hierarchical Digital Design

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Reading Material : Hardware Design Specification - Ripple Carry Adder (RCA)

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Reading Material : Module Instantiation in Verilog and SystemVerilog

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Reading Material : Verilog Module Instantiation

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Mind Map

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VIDEO_01 : Implementation of Binary Multiplier

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VIDEO_02 : Implementation of Binary Multiplier in Verilog

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VIDEO_03 : Implementation of Binary Multiplier on FPGA

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Summary : How Computers Multiply

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Reading Material : A Primer on Binary Multiplier Implementation in Verilog

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Reading Material : Binary Multiplier Systems - Principles and Implementation

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Reading Material : Binary Multipliers

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Reading Material : 2-bit and 4-bit Binary Multipliers

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Mind Map

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VIDEO_01 : Implementation of 1-Bit Comparator

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VIDEO_02 : Implementation of 1-Bit Comparator in Verilog

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VIDEO_03 : Implementation of 1-Bit Comparator on FPGA

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Summary : How Computers Compare

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Reading Material : Digital Binary Comparators

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Reading Material : Digital Comparators Explained - From Single Bits to Multi-Bit Numbers

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Reading Material : Study Guide for Digital Comparators

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Reading Material : 1-Bit and 4-Bit Digital Comparators

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Reading Material : Understanding the 4-Bit Comparator - A Step-by-Step Logic Walkthrough

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Mind Map

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VIDEO_01 : Logic Gates Using Universal Gates

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VIDEO_02 : Logic Gates Using Universal Gates in Verilog

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Summary : The One Gate Challenge

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Reading Material : Realizing Basic Logic Gates Using Universal Gates

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Reading Material : Realization of Logic Gates Using Universal NAND and NOR Gates

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Reading Material : Universal Logic Gates (NAND and NOR)

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Reading Material : The Magic Bricks of Digital Logic - Understanding Universal Gates

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Mind Map

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VIDEO_01 : Binary to Gray Code Conversion

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VIDEO_02 : Binary to Gray Code Conversion in Verilog

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VIDEO_03 : Gray to Binary Code Conversion

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VIDEO_04 : Gray to Binary Code Conversion in Verilog

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Summary : Binary & Grey Code

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Reading Material : Binary and Gray Code Conversion

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Reading Material : Synthesizable Binary and Gray Code Converters in Verilog

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Reading Material : Binary and Gray Code Conversion

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Reading Material : Bidirectional Binary and Gray Code Converter

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Mind Map

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Video_01 : Introduction to Testbench

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Video_02 : Verilog Testbench Code_01

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Video_03 : Verilog Testbench Code_02

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Video_04 : Verilog Testbench Code_03

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Summary : Virtual Proving Ground

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Reading Material : Verilog Test Bench

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Reading Material : Testbench Reference Material

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Reading Material : Understanding Verilog Test Benches

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Reading Material : Principles of Modern Design Verification

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Reading Material : Briefing Doc

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Mind Map : Verilog Delays and Simulation Control

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Video_01 : Verilog Delays_01

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Video_02 : Verilog Delays_02

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Summary : A Tale of Two Delays

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Reading Material : Understanding Verilog Delays

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Reading Material : Verilog Timing Control

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Reading Material : Verilog Timing Control Constructs

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Mind Map : Verilog Display and Monitoring System Tasks

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Video_01 : Verilog Displays and Monitoring Systems_01

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Video_02 : Verilog Displays and Monitoring Systems_02

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Summary : Verilog Display Tasks

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Reading Material : Verilog Display and Monitoring System Tasks

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Reading Material : A Comparative Analysis of Verilog Display and Monitoring System Tasks

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Reading Material : Verilog's Display & Monitoring Commands

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Mind Map

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VIDEO_01 : Introduction to Multiplexers & Implementation of 2-1-Mux

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VIDEO_02 : Implementation of 2-1-Mux in Verilog

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VIDEO_03 : Implementation of 4-1-Mux

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VIDEO_04 : Implementation of 4-1-Mux in Verilog

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VIDEO_05 : Implementation of 4-1-Mux on FPGA

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Summary : Understanding the Multiplexer

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Reading Material : Briefing on Digital Multiplexers

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Reading Material : 2x1, 4x1, and 8x1 Multiplexers for Digital Systems

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Reading Material : Multiplexer Study Guide

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Reading Material : Understanding Multiplexers (MUX): A Beginner's Guide

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Mind Map

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VIDEO_01 : Implementation of Logic Gates Using 2-1-Multiplexer

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VIDEO_02 : Implementation of Logic Gates Using Mux in Verilog_01

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VIDEO_03 : Implementation of Logic Gates Using Mux in Verilog_02

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VIDEO_04 : Implementation of Xor Gate Using Mux on FPGA

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Summary : MUX - The Digital Shapeshifter

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Reading Material : Logic Gate Realization Using 2x1 Multiplexers

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Reading Material : Logic Gate Realization Using Multiplexers

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Reading Material : Logic Gate Realization Using Multiplexers

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Reading Material : The Multiplexer as a Digital Swiss Army Knife - How to Build Any Logic Gate

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Mind Map

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VIDEO_01 : Implementation of 4-1-Mux & 8-1-Mux Using 2-1-Mux

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VIDEO_02 : Implementation of 4-1-Mux Using 2-1-Mux in Verilog

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VIDEO_03 : Implementation of 4-1-Mux Using 2-1-Mux on FPGA

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VIDEO_04 : Implementation of 8-1-Mux Using 2-1-Mux in Verilog

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VIDEO_05 : Implementation of 3-1-Mux & 5-1-Mux Using 2-1-Mux

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VIDEO_06 : Implementation of 3-1-Mux & 5-1-Mux Using 2-1-Mux in Verilog

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VIDEO_07 : Implementation of 5-1-Mux Using 2-1-Mux on FPGA

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Summary : Building with Digital LEGOs

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Reading Material : Advanced Multiplexer Design and Implementation

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Reading Material : Building Big with Small - The Magic of Hierarchical Multiplexers

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Reading Material : Hierarchical and Modular Construction of Complex Multiplexers

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Reading Material : Advanced Multiplexer Designs

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Reading Material : Modular Multiplexing—A Hierarchical Approach to Scalable and Maintainable Digital Design

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Mind Map

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VIDEO_01 : Implementation of Adders Using Mux

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VIDEO_02 : Implementation of Adders Using Mux in Verilog

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VIDEO_03 : Implementation of Full Adder Using Mux on FPGA

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Summary : Adder Designs - The MUX Method

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Reading Material : Adder Implementation Using Multiplexers

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Reading Material : Implementing High-Performance Carry-Select Adders

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Reading Material : How to Build an Adder with a Switch - A Multiplexer Magic Trick

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Reading Material : Adder Designs Using Multiplexers

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Mind Map

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VIDEO_01 : Implementation of Boolean Function Using Multiplexers

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VIDEO_02 : Implementation of Boolean Function Using Multiplexer in Verilog

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Summary : The Universal Toolkit

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Reading Material : Process Guide: Implementing Boolean Functions with Multiplexers

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Reading Material : Realization of Boolean Expressions Using Multiplexers

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Reading Material : Study Guide: Boolean Expression Realization Using Multiplexers

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Reading Material : The Magic of Multiplexers: Building Any Logic Circuit with One Component

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Mind Map

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VIDEO_01 : Introduction to De-Multiplexers & Implementation of 1-2-Demux

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VIDEO_02 : Implementation of 1-2-Demultiplexer on FPGA

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VIDEO_03 : Implementation of 1-4-Demultiplexer

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VIDEO_04 : Implementation of 1-4 & 1-2-Demultiplexer in Verilog

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Summary : The Explainer Demultiplexers

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Reading Material : Demultiplexer (DEMUX) - Function, Implementation, and Application

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Reading Material : Demultiplexer (DEMUX) Study Guide

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Reading Material : Realizing Logic Gates with Demultiplexers

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Reading Material : 1x2 and 1x8 Demultiplexer (DEMUX) Circuits in Verilog

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Reading_material : Understanding the Demultiplexer (DEMUX)

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Mind_Map

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VIDEO_01 : Implementation of 1-4 & 1-8-Demux Using 1-2-Demux

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VIDEO_02 : Implementation 1-4 & 1-8-Demux Using 1-2-Demux in Verilog

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VIDEO_03 : Implementation 1-4 Using 1-2-Demux on FPGA

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Summary : Building Big with Small Blocks

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Reading Material : Understanding Hierarchical Design in Digital Circuits

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Reading Material : Adopting a Modular, Hierarchical Methodology for Digital Circuit Design

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Reading Material : Hierarchical Implementation of a 1:4 Demultiplexer

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Reading Material : Hierarchical Demultiplexer Design

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Reading Material : Hierarchical 1:4 Demultiplexer Module

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Mind_Map

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VIDEO_01 : Implementation of Logic Gates Using Demux

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VIDEO_02 : Implementation of Logic Gates Using Demux in Verilog

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VIDEO_02 : Implementation of Nand gate Using Demux On FPGA

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Summary : Building Logic with DEMUX

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Reading Material : Implementation of Logic Gates Using Demultiplexers

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Reading Material : Implementing Logic Gates with Demultiplexers

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Reading Material : Realization of Basic Logic Gates Using a 1:2 Demultiplexer

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Reading Material : How a Simple Demultiplexer Can Build Logic Gates

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Mind Map

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Video_01 : Introduction to Decoders & Implementation 1-to-2 Decoder

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Video_02 : Implementation of 2-to-4 & 3-to-5 Decoders

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Video_03 : Implementation 1-to-2 Decoder in Verilog

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Video_04 : Implementation of 2-to-4 & 3-to-5 Decoders in Verilog

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Video_05 : Implementation of 2-to-4 Decoder on FPGA

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Summary : The Digital Locksmith

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Reading Material : Briefing on Digital Decoders - Principles and Implementation

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Reading Material : Decoders and Encoders

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Reading Material : A Family of N-to-2ⁿ Binary Decoders

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Reading Material : Understanding Digital Decoders

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Mind Map

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Video_01 : Implementation of Half Adder & Full Adder Using Decoder

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Video_02 : Implementation of Half Adder Using Decoder in Verilog

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Video_03 : Implementation Full Adder Using 3-to-8 Decoder in Verilog

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Video_04 : Implementation Half Adder Using 2-to-4 Decoder on FPGA

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Summary : Adders with Decoders

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Reading Material : Building Digital Adders with Decoders - A Beginner's Guide

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Reading Material : Implementation of Digital Adders Using Decoders

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Reading Material : Implementing Adders with Decoders

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Reading Material : Full and Half Adder Implementation using Decoders

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Mind Map

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Video_01 : Implementation of 3-to-8 Decoder Using 2-to-4 Decoder

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Video_02 : Implementation of 4-to-16 Decoder Using 2-to-4 Decoder_01

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Video_03 : Implementation of 4-to-16 Decoder Using 2-to-4 Decoder_02

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Video_04 : Implementation of 3-to-8 Decoder Using 2-to-4 Decoder in Verilog

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Video_05 : Implementation of 4-to-16 Decoder Using 2-to-4 Decoder in Verilog

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Video_06 : Implementation of 3-to-8 Decoder Using 2-to-4 Decoder on FPGA

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Summary : Building Big From Small

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Reading Material : Briefing on Hierarchical Decoder Design Principles

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Reading Material : Building Big Circuits from Small Pieces - The Magic of Hierarchical Decoders

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Reading Material : Decoder Design Study Guide

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Reading Material : Design Specification - Hierarchical Decoders in Verilog

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Mind Map

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Video_01 : Implementation of 2-to-4 Decoder and 2 1 Encoder Using 1-to-2 Mux

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Video_02 : Implementation of 2-to-4 Decoder Using 2-to-1 Mux and 1-to-2 Demux in Verilog

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Video_03 : Implementation of 2-to-4 Decoder Using 2-to-1 Mux on FPGA

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Summary : Digital LEGOs

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Reading Material : Implementation of Decoders and Demultiplexers

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Reading Material : Building a Decoder from Multiplexers - A Step-by-Step Guide

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Reading Material : Decoder and Demultiplexer Circuits

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Reading Material : Alternative Implementations of Decoder and Demultiplexer Circuits

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Mind Map

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Video_01 : Introduction to Encoders

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Video_02 : Implementation of 4-to-2 Encoder Verilog Code

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Video_03 : Implementation of 4-to-2 Encoder on FPGA

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Video_04 : 8-to-3 Encoder

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Video_05 : Implementation of 8-to-3 Encoder Verilog Code

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Summary : Encoders - The Digital Shorthand

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Reading Material : Briefing on Digital Logic Encoders

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Reading Material : Introduction to Encoders

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Reading Material : Standard Encoder Logic Circuits

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Reading Material : Understanding Digital Encoders

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Mind Map

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Video_01 : Introduction to Priority Encoder

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Video_02 : Implementation of 4-to-2 Priority Encoder Verilog Code

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Summary : Explainer - Priority Encoder

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Reading Material : The Priority Encoder

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Reading Material : Priority Encoder Study Guide

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Reading Material : 4x2 Priority Encoder

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Reading Material : Understanding the Priority Encoder

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Mind Map

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Video_01: Event Stratified Queue

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Video_02: Non Blocking Assignment Event Regions (NBA)

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Summary : Demystifying Verilog Queue

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Reading Material : Briefing on Verilog Event Stratified Queries

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Reading Materials : A Journey Through a Verilog Simulation Time Slot

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Reading Material : RTL Design Best Practices

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Reading Material : Standardization of Verilog Coding Practices for Predictable Simulation

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Quiz : Event Stratified Queries & Verilog Event Queue

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Assignment

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Mind Map

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Video : RTL Coding Guidelines

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Summary : Verilog Blocking Vs Non Blocking

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Reading Material : A Beginner's Guide to Verilog Simulation: Step-by-Step Examples

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Reading Material : An Analysis of Verilog Event Scheduling and Simulation Nuances

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Reading Material : Briefing on Verilog RTL Coding Guidelines and Simulation Semantics

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Reading Material : The Golden Rules of Verilog Assignments: A Beginner's Guide

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Quiz : RTL Coding Guidelines and Verilog Simulation

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Assignment

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Mind Map

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Video : Verilog Blocking Assignments

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Reading Material : Demystifying Verilog Assignments: A Beginner's Guide to = vs. <=

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Reading Material : Technical Memorandum: Verilog Assignment Operators

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Reading Material : Understanding Verilog's Power: Blocking (=) vs. Non-Blocking (<=) Assignments

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Reading Material : Verilog Assignment Mechanisms: A Comparative Briefing

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Reading Material : Best Practices for Blocking and Non-Blocking Assignments

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Quiz - Verilog Assignments

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Assignment

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Mind Map

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Video : Incomplete Sensitivity List

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Summary : The Hidden Code Bug

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Reading Material : Briefing on Verilog Design Pitfalls: The Incomplete Sensitivity List

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Reading Material : Ensuring Correctness with Complete Verilog Sensitivity Lists

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Reading Material : Code Walkthrough: Understanding an Incomplete Sensitivity List in Verilog

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Reading Material : The Critical Importance of Complete Verilog Sensitivity Lists

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Reading Material : Understanding the Verilog always Block Sensitivity List

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Quiz - Incomplete Sensitivity List

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Mind Map

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Video : Nested If Else

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Video : Nested If Else in Verilog

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Summary : The Hidden Flaw

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Reading Material : Briefing on Latch Inference in RTL Design

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Reading Material : From Code to Circuit: How a Missing 'Else' Creates Unwanted Hardware

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Reading Material : Mandating Comprehensive else Conditions for Multiplexer Inference

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Reading Material : Avoiding Unintentional Latches in RTL Design

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Reading Material : The Hidden Trap: How Incomplete Logic Creates Unintentional Latches

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Quiz :

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Mind Map

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Video : Use of Case Constructs in Verilog

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Reading Material : Briefing on Verilog Case Construct Usage

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Reading Material : Mitigating Unintentional Latch Inference in Verilog case Constructs

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Reading Material : Understanding Unintentional Latches in Verilog Case Statements

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Reading Material : Understanding Verilog Case Constructs: A Beginner's Guide

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Quiz

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Assignment

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Mind Map

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Video : Sequential Circuits

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Summary : The Circuit That Remembers

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Reading Material : Sequential Circuits

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Reading Material : The Architecture and Principles of Sequential Circuits

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Reading Material : The Core Idea of Sequential Circuits

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Reading Material : The Power of Memory

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Mind Map

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Video_01 : Introduction to Latches and Flip Flops

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Video_02 : Implementation of SR Latch Using NAND Verilog Code

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Summary : The Simplest Memory

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Reading Material : Understanding Digital Latches

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Reading Material : SR and D Digital Latches

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Reading Material : An Introduction to Digital Latches

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Mind Map

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Video_01 : Introduction to Flip-Flops

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Video_02 : Implementation of SR Flip-Flop Verilog Code

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Summary : The Flip-Flop Explained

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Reading Material : Analysis of Flip-Flop Fundamentals and the SR Flip-Flop

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Reading Material : The Role of Flip-Flops in Digital Logic Design

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Reading Material : The Building Blocks of Digital Memory

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Reading Material : Introduction to Flip-Flops

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Mind Map

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Video_01 : D Flip-Flop

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Video_02 : D Flip Flop Verilog Code

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Summary : Digital Memory Heartbeat

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Reading Material : Briefing on the D Flip-Flop

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Reading Material : Understanding the D Flip-Flop

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Reading Material : The Architecture and Principles of Sequential Circuits

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Reading Material : D Flip-Flop

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Mind Map

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Video_01 : SR Flip-Flop Using JK Flip-Flop

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Video_02 : Implementation of SR Flip-Flop Using JK Flip-Flop

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Summary : SR from JK Flip-Flop

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Reading Material : Implementing an SR Flip-Flop with a JK Flip-Flop

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Reading Material : Understanding SR and JK Flip-Flops

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Reading Material : SR Flip-Flop Implementation Using a JK Flip-Flop

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Mind Map

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Video_01 : SR Flip-Flop Using D Flip_Flop

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Video_ 02 : Implementation of SR Flip-Flop Using D Flip-Flop

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Summary : SR from D Flip-Flop

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Reading Material : Implementation of an SR Flip-Flop Using a D Flip-Flop

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Reading Material : D Flip-Flop Act Like an SR Flip-Flop

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Reading Material : SR Flip-Flop Implementation Using D Flip-Flop

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Mind Map

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Video_01 : Introduction to Counters

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Video_02 : Implementation of Up & Down Counters

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Summary : Explainer Digital Counters

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Reading Material : An Analysis of Digital Counters

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Reading Material : Digital Counter Technology

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Reading Material : Understanding Digital Counters

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Reading Material : Foundational Principles of Sequential Counter Circuits

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Mind Map

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Video_01 : Introduction to Asynchronous Counters

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Video_02 : Asynchronous Counters Verilog Code

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Video_03 : Asynchronous Counter Using T Flip-Flop

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Video_04 : Verilog Code for 2-bit Asynchronous Counter

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Summary : Asynchronous Counters

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Reading Material : Briefing on Asynchronous Counters

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Reading Material : A Technical Analysis of Asynchronous (Ripple) Counters

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Reading Material : Understanding Asynchronous (Ripple) Counters

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Reading Material : 2-Bit Asynchronous Up-Counter

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Mind Map

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Video_01 : Synchronous Counters

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Video_02 : Implementation of Synchronous Counters_01

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Video_03 : Implementation of Synchronous Counters_02

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Video_04 : 3-bit Synchronous Counters Using T Flip-Flop

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Summary : Synchronous Counters

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Reading Material : Briefing on Synchronous Counters

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Reading Material : Synchronous Counter Design and Principles

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Reading Material : Understanding Synchronous Counters

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Mind Map

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Video_01 : Introduction to Mod-N Counters

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Video_02 : Design Steps for Mod-N Counters

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Video_03 : Decade Counter

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Summary : Understanding Mode-N Counters

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Reading Material : Briefing on Mod-N Counters

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Reading Material : Mod-N Counter Design and Implementation

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Reading Material : Understanding Mod-N Counters

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Reading Material : Mod-N Counters

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Mind Map

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VIDEO_01 : Implementation of Ring Counter

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VIDEO_02 : Implementation of Ring Counter in Verilog

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VIDEO_03 : Implementation of Twisted Ring Counter

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VIDEO_04 : Implementation of Twisted Ring Counter in Verilog

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Summary : Ring vs Johnson Counters

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Reading Material : Analysis of Ring and Twisted Ring Counters

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Reading Material : Understanding Ring and Twisted Ring Counters

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Reading Material : Ring Counter and Twisted Ring Counter

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Reading Material : Comparing the Ring and Twisted Ring (Johnson) Designs

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Mind Map

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VIDEO_01 : Parameterized n-bit Counters_01

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VIDEO_02 : Parameterized n-bit Counters_02

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Summary : Parameterized Verilog Modules

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Reading Material : Scalable Hardware Design with Verilog Parameters and Generate Statements

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Reading Material : Unlocking Flexibility in Verilog - A Guide to Parameterized Modules

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Reading Material : Digital Systems Study Guide - Parameterized Verilog Modules

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Reading Material : Briefing on Parameterized Verilog Modules

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Mind Map

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VIDEO_01 : Frequency Division of Clock

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VIDEO_02 : Frequency Division of Clock in Verilog

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Summary : Frequency Division Counters

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Reading Material : Implementing Asynchronous Ripple Counters for Frequency Division

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Reading Material : Understanding Frequency Division with Flip-Flops

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Reading Material : Frequency Division Counters

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Reading Material : Study Guide for Frequency Division Counters

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Mind Map

Free Preview

Video: Introduction to Shift Register & SISO

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Video : Verilog Code of SISO Register

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Summary : Shift Registers & SISO

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Reading Material : Shift Register Algorithms and Implementation

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Reading Material : A Beginner's Guide for Shift Registers

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Reading Material : Implementation and Testing Guide of Verilog SISO Shift Register

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Reading Material : Technical Overview of Shift Register Architectures and Algorithms

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Introduction to Shift Register & SISO

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Assignment

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Mind Map

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Summary : PISO Register

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Reading Material : Understanding the PISO Shift Register

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Reading Material : Analysis of the PISO Shift Register

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Design Document: 4-Bit Parallel-In, Serial-Out (PISO) Shift Register

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Technical Specification: 4-Bit Parallel-In Serial-Out (PISO) Shift Register

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PISO Quiz

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Assignment

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Mind_Map

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VIDEO_01 : Introduction to FSM's

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VIDEO_02 : Component's of Finite State Machine's

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Summary : Secret Brain of Everyday Tech

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Reading_Material : A Beginner's Guide to Finite State Machines

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Reading_Material : Briefing on Finite State Machines (FSMs)

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Reading_Material : Design Specification: Finite State Machine (FSM) Implementation

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Reading_Material : Finite State Machines Study Guide

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Mind_Map

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VIDEO_01 : Mealy Machine

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VIDEO_02 : Moore FSM

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Summary : Melay vs Moore FSM

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Reading_Material : Mealy vs. Moore Models

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Reading_Material : Design Specification: Finite State Machine (FSM) Control System Architecture

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Reading_Material : Finite State Machines (FSMs) Study Guide

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Reading_Material : Mealy vs. Moore: Understanding the Two Flavors of State Machines

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Mind_Map

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VIDEO_01 : Mealy_Overlapping_101_Sequence_Detector

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VIDEO_02 : Mealy_Overlapping_101_Sequence_Detector _Verilog Code_Implementation

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VIDEO_03 : Mealy_Overlapping_101_Sequence_Detector_Final_Circuit.

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VIDEO_04 : Mealy_Overlapping_1010_Sequence_Detector

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VIDEO_05 : Mealy_Overlapping_1010_Sequence_Detector_Final_Circuit

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VIDEO_06 : Mealy_Overlapping_1010_Sequence_Detector_Verilog_code

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Summary : The Digital Secret Knock

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Reading_Material : Mealy Finite State Machines for Overlapping Sequence Detection

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Reading_Material : Mealy FSM Design Specification: Overlapping Sequence Detectors for "1010" and "101"

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Reading_Material : Study Guide: Mealy Finite State Machines for Overlapping Sequence Detection

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Reading_Material : Understanding Mealy Machines: A Beginner's Guide to Detecting a "1010" Sequence

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Mind_Map

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VIDEO_01 : Mealy Non Overlapping 101 Sequence Detector

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VIDEO_02 : Mealy Non Overlapping 101 Sequence Detector Verilog Code Implementation

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VIDEO_03 : Mealy Non Overlapping 1010 Sequence Detector

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VIDEO_04 : Mealy Non Overlapping 1010 Sequence Detector Verilog Code

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Summary : The Digital Detective

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Reading_Material : Briefing on Mealy Non-Overlapping Sequence Detectors

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Reading_Material : Design Specification: Mealy Non-Overlapping Sequence Detectors

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Reading_Material : Study Guide: Mealy Non-Overlapping Sequence Detectors

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Reading_Material : Understanding Your First Sequence Detector: A Mealy Machine for "101"

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Mind_Map

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VIDEO_01 : Moore Overlapping 101 Sequence Detector

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VIDEO_02 : Moore Overlapping 101 Sequence Detector Verilog Code

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VIDEO_03 : Moore Overlapping 1010 Sequence Detector

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VIDEO_04 : Moore Overlapping 1010 Sequence Detector Verilog Code

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Summary : The Digital Detective

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Reading_Material : An Introduction to Moore Finite State Machines

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Reading_Material : Moore FSM for Overlapping Sequence Detection

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Reading_Material : Moore FSM Overlapping Sequence Detector: Design Specification

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Reading_Material : Moore FSM Overlapping Sequence Detectors Study Guide

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Mind_Map

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VIDEO_01 : Moore Non Overlapping 101 Sequence Detector

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VIDEO_02 : Moore Non Overlapping 101 Sequence Detector Verilog Code

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VIDEO_03 : Moore Non Overlapping 1010 Sequence Detector

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VIDEO_04 : Moore Non Overlapping 1010 Sequence Detector Verilog Code

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Summary : The Digital Detective

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Reading_Material : Moore FSM Design Specification: Non-Overlapping Sequence Detectors

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Reading_Material : Moore FSM for Non-Overlapping Sequence Detection

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Reading_Material : Study Guide: Moore FSM Non-Overlapping Sequence Detectors

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Mind_Map

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VIDEO_01 : Interview Questions Part 1

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VIDEO_02 : Interview Questions Part 2

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Summary : Brains of Simple Machine

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Reading_Material : A Beginner's Guide to Finite State Machines (FSMs)

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Reading_Material : Finite State Machine Design Principles and Applications

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Reading_Material : Finite State Machines Study Guide

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Reading_Material : Solving Problems with Finite State Machines: A Practical Walkthrough

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Mind_Map

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VIDEO_01 : Introduction_to_the_EDGE_Artix-7_FPGA_Board

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Reading_Material : EDGE Artix-7 FPGA Board: Technical Specification

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Reading_Material : EDGE Artix-7 FPGA Development Board – Technical Briefing

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Reading_Material : EDGE Artix-7 FPGA Development Board – Study Guide

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Reading_Material : Introduction: Welcome to the World of Digital Design

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Mind_Map

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VIDEO_01 : Frequncy_Division_With_Examples_LEDS

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VIDEO_02 : Frequncy_Division_With_JKFF_Implementation

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VIDEO_03 : Frequncy_Division_With_JKFF_Implementation_on_Xilinx_Vivado

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VIDEO_04 : Frequncy_Division_With_JKFF_Implementation_on_FPGA

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VIDEO_05 : Frequncy_Division_With_Counter_Implementation_on_Xilinx_Vivado

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VIDEO_06 : Frequncy_Division_With_Counter_Implementation_on_FPGA

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Reading_Material : Briefing on Sequential Circuit Implementation and Observation on the EDGE Artix-7 FPGA Board

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Reading_Material : Study Guide: Frequency Division on the EDGE Artix-7 FPGA Board in Sequential Circuits

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Reading_Material : The Pedagogical Imperative of Frequency Division in FPGA-Based Digital Logic Education on the EDGE Artix-7 FPGA Board

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Reading_Material : Why Digital Circuits on the EDGE Artix-7 Need a “Slow-Motion Button”: Understanding Clock Speed

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Mind_Map

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VIDEO_01 : Introduction_to_the_4_Seven_Segement

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VIDEO_02 : Numerical_Printing_Implementation

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VIDEO_03 : Numerical_Printing_Implementation_on_Xilinx_Vivado

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VIDEO_04 : Numerical_Printing_Implementation_on_FPGA

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VIDEO_05 : Counter_Implementation_on_Xilinx_Vivado

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VIDEO_06 : Counter_Implementation_on_FPGA

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Reading_Material : EDGE Artix-7 FPGA Board: Four-Digit Seven-Segment Display Technical Specification

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Reading_Material : Study Guide: The EDGE Artix-7 Seven-Segment Display

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Reading Material : The EDGE Artix-7 Seven-Segment Display: Operational Overview

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Reading_Material : EDGE Artix-7 Seven-Segment Display

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Mind_Map

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VIDEO_01 : Introduction_to_LCD_PART_01

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VIDEO_02 : Introduction_to_LCD_PART_02

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VIDEO_03 : Implementation_of_LCD_on_Xilinx_Vivado

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VIDEO_04 : Implementation_of_LCD_on_Xilinx_Vivado

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Reading_Material : Application : Integrating the 16x2 LCD with the EDGE Artix-7 FPGA Board and Spartan 3E FPGA Board

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Reading_Material : Briefing Document: FPGA-Interfaced 16x2 LCD (EDGE Artix-7 + Spartan-3E Comparison)

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Reading_Material : IP Core Technical Specification: HD44780 4-Bit LCD Controller

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Reading_Material : LCD Peripheral Study Guide

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Mind_Map

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VIDEO_01 : Introduction_to_VGA

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VIDEO_02 : Implementation of VGA on Xilinx Vivado

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VIDEO_03 : Implementation of VGA on FPGA

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Reading_Material : VGA (Video Graphics Array) Technology Briefing

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Reading_Material : How VGA Works: Painting Pictures with Signals

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Reading_Material : Technical Specification: 640x480 VGA Controller for FPGA Implementation

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Reading_Material : VGA (Video Graphics Array) Study Guide

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