Projects

The project consists in the implementation of a small Proof of Concept for telemetry data aggregation on Microsoft Azure.

The project consists in the implementation of a Energy Monitoring system for my home. All appliances/loads of the house are powered by electricity, which has a cost that varies in three electricity price bands.

The project consist in the implementation of a system able to process a human picture and produce as output the image segmented by body parts.

The project consists in the implementation of a system able to monitor the performance of an external API. As the API is implemented using serverless, the system tests the performance in two main scenarios:

This project is the sequel of the [already published Modbus Simulator](https://perronegabriele.wordpress.com/2022/03/19/modbus-simulator/).

During my professional career, it happened several times to be dealing with Industrial Protocols and in particular to have to develop or test some client that uses Modbus TCP. In particular, the difficulty in the develop

The project originated while working as a Consultant using AWS. Its main objectives were:

During my working experience for the IOS SwishUp app, I had to develop several requests for the iOS and Android app. For the administrator of the system I was requested to implement as well some tools for the interaction

In this project the goal was to open a door with a PC through a Bluetooth connection. The basic components are:

The project started when I faced a problem of implementing a Javascript widget, but without having in short-term a data stream to use. Modifications in servers might be slow to obtain, depending on the organisation and w

For the class of “Electromagnetic Compatibility” I decided to implement a Python program that could plot the emitted spectrum. The program had to aim of helping me in the solution of exercises and in the analysis of some

Conference Paper for IEEE I2MTC 2018 @Houston.

Need: get a simple home electricity consumption monitoring system for getting insights into power consumption and utility tariffs.

The project was born with the aims of:

After having come close to General Purpose GPU programming and having studied “CUDA by example”, I decided to take the time to write a simple CUDA example.

The project was to develop and prove with an example a artificial intelligence algorithm. I used Matlab for this project because of the easy and fast usability of the tools.

Design and VHDL implementation of a high-speed, low-latency Reed-Solomon decoder, developed during my MSc thesis collaboration between UPV and Politecnico di Milano.

Study and implementation of the Harmonic Balance Method for linear and non-linear electrical networks, from UML design to Matlab/Python simulation and hardware validation.

Design and implementation of a custom stepper motor driver board to simplify control logic wiring and validate operation with an STM32F407 system.

The project consisted basically in developing and designing a system for the speed and current control of the motor.

I developed a system for computing a Sliding Window DFT (SDFT).

For the bachelor thesis I realized a system for the booking of the exams in the health system.

iPad application project developed at Politecnico di Milano for patients affected by movement disorders.

Python desktop application to acquire biological signal data from the CareHealth Bicore II device and plot it in real time on a PC.