Pinned Repositories
AI-Agent-Report-Maker
The goal of this project is to leverage transaction data from various sources, and predict outcomes like fraud detection, credit scoring, or customer segmentation.
CatsAndMice_Game
A game to understand Object oriented programming, inheritance, polymorphism and events.
Cinemaniacos
A movie website that uses machine learning to recommend movies based on your preferences.
FPGA_UART_Module
Design for FPGA of a Universal Asynchronous Receiver Transmitter.
Mail-Videoconference_Desktop_Application
This APP allows having a videoconference and send emails.
PIC_Microcontroller_Car
This project take advantage of all ports and interrupts of the PIC microcontroller to control a little car remotely.
SICOMO_Radiochannel_Project
Application developed in Matlab guide to carry out power measurements of the radiochannel and the scripts developed to process the measurements in order to demonstrate the applicability of the Walfisch‒Bertoni theoretical urban propagation model for path loss estimation in citrus plantations.
davidParraga's Repositories
davidParraga/FPGA_UART_Module
Design for FPGA of a Universal Asynchronous Receiver Transmitter.
davidParraga/AI-Agent-Report-Maker
The goal of this project is to leverage transaction data from various sources, and predict outcomes like fraud detection, credit scoring, or customer segmentation.
davidParraga/CatsAndMice_Game
A game to understand Object oriented programming, inheritance, polymorphism and events.
davidParraga/Cinemaniacos
A movie website that uses machine learning to recommend movies based on your preferences.
davidParraga/Mail-Videoconference_Desktop_Application
This APP allows having a videoconference and send emails.
davidParraga/PIC_Microcontroller_Car
This project take advantage of all ports and interrupts of the PIC microcontroller to control a little car remotely.
davidParraga/SICOMO_Radiochannel_Project
Application developed in Matlab guide to carry out power measurements of the radiochannel and the scripts developed to process the measurements in order to demonstrate the applicability of the Walfisch‒Bertoni theoretical urban propagation model for path loss estimation in citrus plantations.