Xenofon Vasilakos

Lecture 1: Programmable Logic Integrated Circuits

Lecture 6: Logic Function Representations

Lecture 09: Combinational Logic Design Examples

Lab 0: Introduction to lab course of DCS 2020

Lecture 10: Multiplexers and Demultiplexers

Lecture 5: Introduction to Boolean Algebra (BA)

Lab 2 - Getting Started with Programming Teensy 3.6

Lab 3 - Part 1/2 on Programming Teensy 3.6

Lecture 2: Number systems and conversions (Decimal | Binary | Hexadecimal)

Lecture 7: Combinational Circuit Analysis and Synthesis

Lab 3 - Part 2/2 on Programming Teensy 3.6

Lecture 3: Gray code

Lecture 7: Combinational Circuit Analysis and Synthesis

Lecture 08: Combinational Logic Functions Minimisation

Lab 1 - Part 1/2: Introduction

Lecture 3: Two's Complement

Lecture 4: Revisit signed numbers | 2's complement; shifting; multiplication & division

Lecture 12: Latches & Flip-Flops

Lecture 1: Programmable Logic Integrated Circuits

Lecture 3: Binary codes (BCD, ASCII)

Lecture 10: Introduction to Multiplexers and Demultiplexers

Lab 1 - Part 2/2: Introduction

Lecture 11: Encoders/Decoders, and the Arithmetic Logic Unit (ALU)

Boolean Algebra basic operations & theorems, including DeMorgan's theorem

Lecture 4: Floating point numbers: Representation & Decimal to Binary floating point

Lecture 4: Introduction to Floating Point Number Representation