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Batyrlan Nurbekov's Projects

a_star_search_practice icon a_star_search_practice

This project was completed on September 15, 2015. The purpose of the project was to implement A* search for a robot to find the optimal set of actions that lead to the goal.

ai_agents_for_rock_paper_scissors icon ai_agents_for_rock_paper_scissors

This project was completed on October 15, 2015. It's a software package that consists of a set of AI agents for RPSLW (a stochastic game). One of the agents was implemented, so that it could learn how to play against different types of players on its own using Reinforcement Learning (specifically, using model-free type of RL - Q learning). To learn more, view the readme.

grabity icon grabity

Generate link previews from pages with Open Graph or Twitter Cards markup. Just grab it! 🎣

humanoid_robot_learning_to_walk icon humanoid_robot_learning_to_walk

This purpose of the project was to apply Central Pattern Generators (combined with a novel learning strategy) to compliant humanoid robots.

local_search_genetic_algorithm_practice icon local_search_genetic_algorithm_practice

This project was completed on September 30, 2015. The goal of the project was to implment local search using Genetic Algorithms for three different puzzle (the most notable out of all three is finding the optimal structure for a tower).

pybullet-gym icon pybullet-gym

Open-source implementations of OpenAI Gym MuJoCo environments for use with the OpenAI Gym Reinforcement Learning Research Platform.

pytorch-unet icon pytorch-unet

PyTorch implementation of the U-Net for image semantic segmentation with high quality images

rbe2001_finalproject icon rbe2001_finalproject

The final project for RBE2001 (sophomore year) class. The goal of the project was to implement a software for an autonomous robot with arm.

software_defined_network icon software_defined_network

This project was completed on December 12, 2014. It's a fully functioning SDN in which a Controller machine can choose routes that hosts will use to send messages over the network. This can be dynamically during traffic exchange and is extremely applicable in Data Centers for load balancing. To learn more, view the readme.

turtlebot_navigation icon turtlebot_navigation

This project was completed on May 15, 2015. The goal of the project was to implement software system for frontier based exploration and navigation for turtlebot-like robots.

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