This repo contains some academic and professional documents/reports done by me (Mohamed Alaoui).
FRI is a powerful algorithm used in various fields, including cryptography and error correction. By leveraging polynomial encoding, FRI allows for efficient verification of constraints to proof some claimed computations. FRI is used in Zero Knowledge Proof STARK protocole.
All the details are here : Readme
All the details are here : Short Slides
Main Author : Mohamed Alaoui The contributors are mentionned in the white paper
The Liatrust white paper outlines a method for managing documents as certificates to assert ownership of specific actions. A key use case is the certificate of origin, commonly used in international supply chains.
The white paper presents a distributed ledger solution incorporating a Multi-Party Computing (MPC) wallet to securely manage the private keys of the various actors involved. These actors are responsible for issuing, validating, and viewing the certificates, ensuring security and transparency throughout the process.
Click here to view the White Paper
English version is comming soon or you can add an issue in this repo so I can do translation asap.
Author : Mohamed Alaoui
As part of an IOT certification at Ecole Polytechnique, I developped an IOT prototype based on BLE to stress test a data acquisition system to monitor various crop types.
A Lora real condition prototype had been developped with a partener : Contact me if you want an access to this code repo
Author : Mohamed Alaoui
As part of a Data Science certification at Ecole Polytechnique, I conducted a comparative study of time series forecasting (Statistical & Neuronal Networks algorithms) :
Author : Mohamed Alaoui
Final year engineering school internship carried out at INRIA Bordeaux in the high-performance computing team (scalapplix devenue hiepacs puis concace et topal)
The project focused on complex multi-scale simulations based on partial differential equations, which are highly resource-intensive. The study specifically addressed the parallelization of adaptive mesh refinement algorithms, optimizing computational efficiency by concentrating efforts on the most critical regions of the mesh. This was achieved using a divide-and-conquer strategy, allowing for parallel processing while overlapping communication with computation to minimize downtime.
This internship was part of my research master's program, enabling me to fulfill the requirements for both my engineering degree at ENSEIRB and my DEA (research master's) at the University of Bordeaux I. The subject bridged multiple disciplines, including physics, mathematics, computer science, and software engineering.
Author : Mohamed Alaoui
Second-Year Engineering Internship: Automatic Generation of Signal/Speed Diagrams Using AutoCAD This project aimed to study the behavior of TGV drivers by analyzing data extracted from the trains' black boxes. It was my first professional experience in software engineering, where I gained valuable skills in:
Object-oriented programming with C++ Database management using Oracle DBMS Software engineering tools and methodologies