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FPGA & HDL Programming

Design digital logic circuits using Hardware Description Languages (HDLs). Learn VHDL or Verilog to program FPGAs for high-performance computing and custom hardware acceleration.

FPGA & HDL Programming

Introduction to Digital Integrated Circuits and CMOS Design

Introduction to Multirate Digital Signal Processing (DSP)

Mapping Signal Processing Algorithms to Hardware Architectures

Digital Signal Processing: Foundations and Practical Applications

Digital IC Design Fundamentals: CMOS Logic and HDL Basics

Foundations of Digital System Design

Phase-Locked Loops: Fundamentals and Circuit Design

VLSI Design Flow: RTL to GDS Fundamentals

CMOS Digital VLSI Design Fundamentals

VLSI Physical Design and Static Timing Analysis

FPGA-Based Signal Processing: A Practical Guide to DSP Design

Designing Op-Amp Circuits: From Simulation to Practical Implementation

Physical Modelling for Electronics Enclosures with Rapid Prototyping

Signal Processing Algorithms and Hardware Architectures

Design and Analysis of Experiments: A Practical Introduction

Introduction to Scientific Computing with MATLAB

Foundations of VLSI Design and CMOS Technology

VLSI Design Fundamentals: From Transistor Physics to Silicon Layout

CMOS Analog VLSI Design Fundamentals

VLSI Design Verification and Testing: Fundamentals of Hardware Assurance

Digital Systems Design: Fundamentals of Logic and HDL

Introduction to Discrete Time Signal Processing

Introduction to Digital VLSI Testing and Design for Test

Signal Processing Fundamentals: Analysis, Filtering, and Applications