israelelad,israelElad,github

ai

Last semester- "Artificial Intelligence" course: graph/tree search algorithms: BFS, DFS, DFS-L, IDS, BestFS(UCS, Greedy, A*), IDA*. Heuristic functions. Hill climbing. CSP. Adversarial games search(Minimax, αβ-pruning. Checkers game). Planning(STRIPS). ML. Recommendation systems.

ant-colony-optimization

Implementation of the Ant Colony Optimization (ACO) algorithm for solving both the classical Travelling Salesman Problem (TSP) and a variant thereof with additional non-mandatory nodes. Additionally, implementing a few variants of ACO and comparing the results.

ap1-flightsimulator-communicationandsearchalg

Used SOLID principles (such as single responsibility & open/close) and design patterns (such as Object Adapter & Bridge patterns) to create a generic server for problem-solving and to use this server for implementing search algorithms.

ap1-flightsimulator-interpreter

An interpreter for the FlightGear simulator, enabling remote control on an aircraft by analyzing and executing commands from a given script. The program gets a script file that contains various commands, splits it into strings by using a lexer, and then interprets them by using an interpreter. The project contains design patterns, communication,…

ap2-flightsimulator-androidapp-joystick

Fly your FlightGear's airplane using your phone! An Android app- Joystick, which connects to FlightGear simulator and changes the aileron and elevator values of the plane.

ap2-flightsimulator-restwebapp-routedisplay

A web application in REST architecture that serves different web addresses (URIs) for sampling, displaying, and saving the values (the plane's route) obtained from the FlightGear simulator.

ap2-flightsimulator-wpfapp-controllerandroutedisplay

A GUI (WPF application), which allows us to control an aircraft manually (using joystick) and automatically (text interpreted to commands) on the FlightGear simulator, and showing its route on a graph-like monitor, using the MVVM architecture, Client-Server architecture, and parallel programming.

ap2-introtocsharp

Second year second semester- "Advanced programming 2" course - Intro to C# using Delegate, Event, List, Dictionary and Lambda Expressions.

bemy

BeMy app, Intel's BIU hackathon.

computer-structure

Second year first semester- "Computer Structure" course: x86-64 assembly and C

db-sql-around-the-world-app

Python desktop app using MySQL based on the GeoNames database, consisting of over 11 million records.

human-agent-interaction

Third year second semester- "Human-Agent Interaction" course: Predicting human decision making in Participatory Budgeting

impact-data-leak

How I got access to over 35,000 photos of IMPACT applicants and volunteers, including IDs, driving licenses, passports etc.

intro-to-computer-networks

Last semester- "Intro to Computer Networks" course: comprehensive study of Wireshark. TCP/IP layers- Application(Http requests. DHCP, DNS under UDP. Proxy. SMTP), Transport(TCP, Flow and Congestion Control, UDP), [ICMP, NAT], Network(Forwarding and Routing. IP, link state - OSPF, distance vector- RIP, BGP), Link(ARP, Shared wire- ALOHA, CSMA), Physical.

intro-to-cs

First year first semester- "Intro to Computer Science" course: C and Python

ml

Third year first semester- "Machine Learning" course- ERM, Sound Compression with K-Means. Training Perceptron, SVM, PA. Training neural network on Fashion-MNIST. Experiencing different normalization and activation functions and optimizers. CNN.

multicore-programming

Third year second semester- "Multicore Programming" course: Concurrency, Parallelism, CUDA, Go Language.

oop-arkanoid-game

The familiar Arkanoid (Brick Breaker) game implemented in Java, using OOP concepts such as design patterns (Factory, Observer/Listener), polymorphism & interfaces, inheritance, and more.

oop-math-expressions-differentitation-simplification

A system that can represent nested mathematical expressions that include variables, evaluate their values for specific variable assignments, differentiate them, and simplify the results. In doing so we will work in a recursive framework, see some more examples of polymorphism, and practice the use of inheritance and class hierarchies for sharing of common code.

oop-spaceinvaders-game

A game built on top of the code that was developed for the Arakanoid game (code reuse), implementing a brand new game - the familiar Space Invaders game. Implemented in Java, using OOP concepts such as design patterns (Factory, Observer\Listener), polymorphism & interfaces, inheritance, and more.

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