- I'm passionate about Robotics, Automation Vehicle, and AI
- I'm currently working on Perception, Vision, Control, Planning, and Navigation for Robots
- All of my projects are available at https://github.com/devgoti16?tab=repositories
- College Station, TX, USA
-
16:57
(UTC -06:00) - https://www.linkedin.com/in/dev-goti/
- https://devgoti16.github.io/
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Dynamic-Trajectory-Planning-of-a-7DOF-Robotic-Arm-Using-Deep-Reinforcement-Learning
Dynamic-Trajectory-Planning-of-a-7DOF-Robotic-Arm-Using-Deep-Reinforcement-Learning PublicThis project focuses on developing a dynamic trajectory planning system for a KINOVA JACO2 7DOF robotic arm using Deep Reinforcement Learning (DRL). The objective is to enable the robotic arm to pl…
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IEEE-NITK/Path_Planning_of_a_robot_using_DRL
IEEE-NITK/Path_Planning_of_a_robot_using_DRL Public -
Heuristic-and-Local-Optimization-Based-Controller-for-Efficient-Segment-Visitation
Heuristic-and-Local-Optimization-Based-Controller-for-Efficient-Segment-Visitation PublicCombines heuristic nearest-neighbor planning with local 2-opt optimization for path refinement.
Python
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PRM-Nav
PRM-Nav PublicPRM-Nav is a ROS2-based autonomous navigation system that uses Probabilistic Roadmaps (PRM) to plan and execute collision-free paths for a differential-drive robot in obstacle-filled environments
Python
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Micromouse-Path-Planning-SImulation
Micromouse-Path-Planning-SImulation PublicTo make the micromouse robot capable of reaching the centre of the given maze in the shortest possible time using maze solving algorithms.
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IEEE-NITK/Low-Light-Image-Enhancement-Using-MIRNet
IEEE-NITK/Low-Light-Image-Enhancement-Using-MIRNet PublicThe project entails two main objectives: to understand the entire architecture of the underlying neural network, and to implement a deep learning based image processing algorithm on an embedded dev…
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