m4rc0's Projects
The system accepts compute tasks from clients and executes them on a pool of processes. Tasks are scheduled and executed on processes, with each handling one task at a time. Clients are notified once when the task completes
HangOut mobile application written using the Flutter framework
IoT challenges in the Computer Engineering Master's program at Politecnico di Milano
The project involves developing a Java software version of the Masters of Renaissance game, following a Software Engineering approach. Inside the game you aim to increase fame and prestige as a citizen of Florence
Implementation of a noise level analysis system for a country. Utilizes both sensor data and computer simulations to analyze noise levels, followed by calculation of key metrics
Optimization of store installation and truck routing for cost efficiency. Includes implementations for the Generalized Assignment Problem and Vehicle Routing Problem, with detailed solutions and interactive visualization
This project uses Deep Learning to classify plant species from images, exploring various techniques, including custom CNNs, pre-trained models, and transfer learning
Modeling of a sophisticated renovation house service, aiming to streamline the coordination of different workers through APIs and ensure effective communication with clients upon job completion
System that manages sensors and actuators in multiple buildings across different neighborhoods, orchestrating control loops within each room while analyzing environmental data
The API provides a simulation of a smart home environment, allowing users to simulate house consumption, turn appliances on or off, and retrieve information about battery and photovoltaic panel status. Additionally, users can change the weather to simulate photovoltaic performance
Implementation of a pair of smart bracelets: one for the child and one for the parent. These bracelets track the child's position and behavior, sending safety alerts
Smart Forest is an interactive mirror application helping users to monitor their energy consumption and encouraging the use of renewable energy. The mirror displays a virtual Forest aiming to promote sustainable energy practices in a fun and engaging way
This project employs Deep Learning for Time Series Classification, exploring techniques such as Residual Neural Networks, different activation functions, and data processing methods
Implementation of the Venture Capital website through a precise process, which included creating IDM models and defining potential use cases
VHDL module for histogram equalization, aiming to enhance image contrast using digital circuit design techniques in VHDL
View Android mobile application written using the Jetpack Compose toolkit
View mobile application written using the Flutter framework