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anubhav1772/README.md

Hey there 👋

My areas of interest include robotics, control systems, and reinforcement learning. Currently, I am working with physics simulation engines such as Isaac Gym, MuJoCo, and PyBullet as part of my ongoing research projects. In previous work, I have primarily used ROS and the Gazebo physics engine for robotic simulation and system integration.

My research interests focus on legged robotic systems, including quadrupeds and bipeds, with a particular emphasis on energy-efficient locomotion control, robust sim-to-real transfer, and adaptive behaviors that enable robots to operate reliably in diverse and dynamic environments.

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  1. Apriori-Algorithm Apriori-Algorithm Public

    Apriori Algorithm Implementation in Java.

    Java 1 2

  2. robot_vision robot_vision Public

    Object Segmentation and Clustering in 3D Point Cloud using PCL (written in C++).

    GLSL 4 1

  3. trajectory_planning_gui trajectory_planning_gui Public

    A ROS and Qt-based software controller for a 6 DOF robotic arm, written in C++.

    C++ 23 3

  4. 6-dof-robotic-arm 6-dof-robotic-arm Public

    6 DOF Robotic Arm (ROS + Gazebo)

    C++ 9 5

  5. Mathematics-for-Robotics Mathematics-for-Robotics Public

    Important mathematical algorithms used in robotics implemented using C++ and Python.

    Jupyter Notebook

  6. ros2_robotic_arm ros2_robotic_arm Public

    UR5 robotic arm (ROS 2 Humble and Gazebo)

    GLSL 5 1