Mislav Ivanda's Projects
Python script for determing AES-128 secret key from recorded EM traces of LoRaWAN encryption process
Butterworth filter for captured EM leakage traces of AES encryption on Arduino Uno Rev3 SMD
Crypto marketplace web application started as a project from Human Computer Interaction course
Java aplikacija igre briškula nastala kao seminarski projekt iz kolegija Objektno orijentiranog programiranja rađena u Eclipse IDE. Pogramski kod je popraćen s dosta komentara za lakše i bolje razumijevanje. Ukoliko niste upoznati s Eclipse IDE za pokretanje projekta pogledati link https://www.youtube.com/watch?v=r8Qiz9Bn1Ag&t=210s.
Lexer, parser and semantic analyzer for Cool programming language developed as part of "Programming Languages and Compilers" college course
Project developed as part of college course dealing with genetic algorithms. Main idea is to use genetic algorithms concept to learn car to self park. Project is based on article: https://towardsdatascience.com/self-parking-car-in-500-lines-of-code-c1b2a57455af
Implementation of Glamos Walker 3D model using Three.js JavaScript library. Project was developed as a part of Computer Graphics course.
HandStat web application
Repozitorij iz kolegija Korisnička sučelja
Programming code for simulation of LoRaWAN payload encryption on Arduino Uno Rev3 SMD micorcontroller
Laboratorijske vježbe iz kolegija Računalna forenzika
Simple timer with pause button made in React using MaterialUI framework with Redux slicer and store for it. I used it for managing live stats of handball game. Hope it helps someone.
Exploiting smart contract vulnerabilities from https://www.damnvulnerabledefi.xyz/ as part of Computer Forensics college course.
Project developed as part of "Computational Intelligence" and "Advanced Computer Architectures" college courses with the aim to combine both of those domains
Repozitorij iz kolegija Sigurnost rračunala i podataka
Android application representing client side of continuous evidence system developed as part of project from "Embedded systems" college course. Backend code and system documentation available at https://github.com/mislavivanda/Ugradbeni_backend
Backend for model of continuous evidence system developed as part of project from "Embedded systems" college course. Android app code available at https://github.com/mislavivanda/Ugradbeni_android
Award assignment from the "Parallel programming" college course