Courses

For Innopolis University students, access more materials through the invitation link.

This repository contains:

• Links to projects I created or contributed to for university courses
• Coursework: tasks, deliverables and assignments
• Notes: PDF documents summarizing lectures or certain topics

Projects:

• sh3b0/cplus: compiler for an imperative toy programming language.

• sh3b0/DevOps: DevOps training repository.

• sh3b0/realtime-web: comparing WebSocket, WebRTC, and WebTransport under packet loss.

• sh3b0/PongMe: multiplayer pong game using socket.io.

• NearByrds/NearBirds: web application to discover birds in your region and listen to their chirping.

• sh3b0/PrologSearch: implementing backtracking search and A* in Prolog.

• sh3b0/GeneticArt: applying genetic programming to generate an artistic version of an image.

• sh3b0/viRz: algorithm visualizer for DFS, BFS, Kruskal MST, Prim MST, and Convex hull.

• markovvn1/bof: an android app for marking attendance using QR code.

• sh3b0/CGGD-F22: tasks on rasterization, raytracing, and DirectX.

• sh3b0/pft: web application for real-time file transfer using WebRTC.

• sh3b0/FPGA-Snake: 7-segment snake using a microcontroller.

• desmigor/load_balancing_nginx: using nginx as a reverse proxy for load balancing.

• sh3b0/emka: deploying a web application (Express + MongoDB) with Kubernetes on Azure.

• sh3b0/qrcode_app: webapp (Flask + Gunicorn + SQLite) for generating QR code from raw text.

• sh3b0/automatic-timetable-creation: generating Excel timetable for university schedule.

Coursework:

• Advanced Linux: tasks on kernel booting, kernel module programming, multithreading, USB drivers and userspace processes.

• Control Theory: tasks on LTI systems simulation and stabilization.

• Cyber Security: labs on security compliance, threat modeling, web and software security.

• Data Structures and Algorithms: assignments and implementations for popular algorithms and data structures.

• Database Systems: tasks on database queries, indexes, functions, views, triggers, and transactions.

• DevSecOps: practical tasks on integrating security tools into CI pipelines.

• Differential Equations: GUI application for graphing numerical solutions to a differential equation.

• Distributed Systems and Network Programming: tasks on socket programming, RPC, distributed hash tables, and consensus algorithms.

• Information Retrieval: assignments on web crawling, assessing IR system quality, geospatial index, nearest neighbors search, and query improvement.

• Information Security: labs on cryptography, steganography, DB/OS/Software/Network security, malware analysis, and digital forensics.

• Introduction to Programming: C++ programming tasks on OOP, exceptions, templates and some linear algebra tasks.

• Linear Algebra: implementing some matrix computations in C++

• Machine Learning: practical and theoretical tasks on regression, SVM, clustering, ensemble learning, and CNN.

• Mobile Development with Flutter: assignments on Flutter and Dart.

• Operating Systems: C programming tasks on processes, system calls, memory management, file system, and I/O.

• Programming Paradigms: functional and logic programming tasks in Haskell, Racket, and Prolog.

• Software Systems Design: assignments on design patterns.

• Software Quality and Reliability: practical lab tasks on software testing and quality gates with GitLab CI.

• System and Network Administration: practical labs on shell scripting, network and database administration, cron jobs, firewalls, nginx, ssh, ssl, and docker.

• Theoretical Computer Science: finite state machine validator and converter to regex, lambda expression checker and reducer, and Turing machine simulator.

License

All source codes are licensed under the MIT license, which you can find in the LICENSE file.