The amazing multi-processor 8-bit microcomputer, featuring Z80, 6502 and AVR processors. Built with CPLDs, CERBERUS 2100™ is fully programmable even with respect to its hardware, at the individual gate and flip-flop level.

Zonguldak Bülent Ecevit Üniversitesi Bilgisayar Mühendisliği eğitimim sürecince yaptığım projeler, ders notları ve ödevleri bulabilirsiniz.

Lovnish Verma - Project Engineer · NATIONAL INSTITUTE OF ELECTRONICS & INFORMATION TECHNOLOGY (NIELIT)

This is repository for all the practical of Computer Engineering In Sagarmatha Engineering College

Some code snippets and other thangs that can help Year 2 Computer Engineering students

Haptic Feedback Cane for the Visually Impaired: A smart cane project integrating ultrasonic sensors, cameras, and haptic feedback to aid navigation. Developed by the 'Blind Boyz' team, this repository contains code, algorithms, and documentation for our senior computer engineering project focused on enhancing mobility for visually impaired users.

Most of the slides and exercises are my projects and manuscripts (★‿★)

Embark on my Computer Engineering journey! 🚀 Explore diverse projects from my bachelor's degree, showcasing my passion for technology and the evolution of my skills.

How to make a fully functioning ATMega328/ATmega328P development board

Codes for Practical experiments of Cryptography and System Security (Semester VI - Computer Engineering - Mumbai University)

Codes for Practical experiments of Analysis of Algorithm (Semester IV - Computer Engineering - Mumbai University)

Codes for Practical experiments of Data Warehousing and Mining (Semester V - Computer Engineering - Mumbai University)

LP5 codes

Codes for Practical experiments of Data Structures (Semester III - Computer Engineering - Mumbai University)

VHDL implementation of UART (universal asynchronous receiver / transmitter) for real-time debuggable traffic light control system.

SPPU Computer Engineering (SE, TE, BE Laboratory Praticals, Assignments/Programs/ Codes)

This capstone project involves designing and implementing a two-wheeled, battery-powered self-balancing robot that simulates an inverted pendulum. The robot will use sensor feedback and control algorithms to maintain vertical balance while stationary and with external forces.

Bachelor's thesis in Computer Engineering

Projeto do Robô Sumo da RAS-UFPB

Embark on my Software Engineering journey! 🚀 Explore diverse projects from my master's degree, showcasing my passion for technology and the evolution of my skills.