Pinned Repositories
Pulse-Generator
In my project, I explored ARM assembly, creating embedded systems with GPIO, interrupts, timers, and interfaces. Objectives included implementing assembly programs and constructing a system with a keypad, LCD, and LPC1114. Result: a successful Pulse Generator, showcasing my microprocessor design skills.
GUI-SERIAL-COMMUNICATOR
This project is a graphic user interface (GUI) program using C# to establish serial connection between a PC and a microcontroller using a Bluetooth module.
Data-Base-Maintenance-System
The "Rizz" Database System is a simple command-line database applica@on written in C++. It utilizes a binary search tree to store and manage records of people, each identified by a name and a birthday.
Pig-Game
My project is a C program that simulates a dice game called Pig Game with five turns. It initializes a random number generator, allowing the player to decide whether to roll a dice in each turn. The player accumulates points for each non-1 roll but loses all points for a roll of 1. The game concludes after five turns, and total score is displayed.
Daniel-Eze's Repositories
Daniel-Eze/GUI-SERIAL-COMMUNICATOR
This project is a graphic user interface (GUI) program using C# to establish serial connection between a PC and a microcontroller using a Bluetooth module.
Daniel-Eze/Pig-Game
My project is a C program that simulates a dice game called Pig Game with five turns. It initializes a random number generator, allowing the player to decide whether to roll a dice in each turn. The player accumulates points for each non-1 roll but loses all points for a roll of 1. The game concludes after five turns, and total score is displayed.
Daniel-Eze/Data-Base-Maintenance-System
The "Rizz" Database System is a simple command-line database applica@on written in C++. It utilizes a binary search tree to store and manage records of people, each identified by a name and a birthday.
Daniel-Eze/Pulse-Generator
In my project, I explored ARM assembly, creating embedded systems with GPIO, interrupts, timers, and interfaces. Objectives included implementing assembly programs and constructing a system with a keypad, LCD, and LPC1114. Result: a successful Pulse Generator, showcasing my microprocessor design skills.