A simulation of autonomous passenger drones featuring algorithmic flight control and passenger transport functionality. Developed using C++, HTML, CSS, and JavaScript with robust UML documentation and Agile development practices.
An interactive 3D crowd simulation showcasing autonomous agents navigating a medieval town using Dijkstra’s algorithm with real-time obstacle placement, dynamic camera controls, and weather effects. Built in Unity with C#, this simulation emphasizes collision-free multi-agent pathfinding and immersive user interaction.
A high-fidelity simulation built with Processing, showcasing realistic cloth dynamics with collision detection and fluid wave interactions in an interactive 3D environment.
A Python tool to convert CoreNLP XML outputs into Brat annotation format, supporting Enhanced++ Dependencies with POS tagging and dependency relations.
A simplified encrypted file system enabling secure sharing of encrypted data between users on a shared file system.
A simulation of autonomous, intelligent spaceships capable of detecting, tracking, and engaging enemy ships using predictive targeting. Designed in Unreal Engine 5 with C++, the simulation features complex behaviors such as evasive maneuvers, strategic shooting, and self-destruction upon critical damage.
Published in , 2022
University of Minnesota - Twin Cities (May 2022 – Dec 2022)
Published in Independent Research, 2022
This independent research compares Dijkstra and A* pathfinding algorithms in a restaurant robot setting using PRM and Voronoi diagrams.
Recommended citation: Kaung, Akar (Ace), and Yanai Sun. (2022). Optimized and Efficient Path-Finding Algorithms. Independent Research.
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Published in Independent Research, 2023
This independent research analyzes cloth simulation performance using sequential vs. parallel processing with row, column, and block decomposition methods.
Recommended citation: Kaung, Akar. (2023). Analysis of Cloth Simulation Using Sequential and Parallel Processing. Independent Research.
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Undergraduate Course, University of Minnesota - Twin Cities, College of Science and Engineering, 2021
University of Minnesota - Twin Cities
College of Science and Engineering
CSCI 3081W: Program Design and Development
Minneapolis, MN, USA
Semesters taught: Fall 2021
Undergraduate Course, University of Minnesota - Twin Cities, College of Science and Engineering, 2022
University of Minnesota - Twin Cities
College of Science and Engineering
CSCI 3081W: Program Design and Development
Minneapolis, MN, USA
Semesters taught: Spring 2022, Fall 2022, Spring 2023