-
👋 Hi, I’m Sriram Krishnamoorthy I am a graduate Mechanical Engineering student at Clemson University, with expertise in robotics and optimal control. My current project involves data-driven control for quadruped locomotion over challenging terrains. This involves trajectory optimization using a global planner and optimal control using a model predictive control. Besides this, I have designed adaptive control algorithms for collaborative manipulation using multiagent systems for drones and ground robots.
-
👀 I’m interested in ...
- Data-driven control
- Motion Planning
- Optimal Control
- Model Predictive Control
- Deep learning
- Reinforcement learning
-
Check out my recent projects:
- I developed SE(3) Koopman-MPC framework for data-driven control using the Koopman operator and model predictive controller for quadrotors and quadruped robots.
- I designed a linear time-varying model predictive controller for quadruped locomotion
- I formulated on a density-based motion planner for safe navigation of robotic systems
- I developed a Koopman Autoencoder for learning-based control complex nonlinear systems such as quadruped robots
-
Check out my google schoar
-
🌱 I’m currently learning about traversability mapping using LIDARs for offroad navigation
-
📫 How to reach me ... [email protected] or tweet at me @sriram2502
I develop Koopman-based data-driven control for robotic systems. Currently focussed on quadruped locomotion over offroad terrain problems
-
Dynamics and Controls for Autonomy and Intelligence Lab at Clemson
- Clemson, SC, United States
- @sriram2528
- in/sriramsundarks
Highlights
- Pro
Popular repositories Loading
-
KoopmanMPC_Quadrotor
KoopmanMPC_Quadrotor PublicDevelop a Koopman operator based MPC for controlling a quadrotor
-
KoopmanMPC_AV
KoopmanMPC_AV PublicThis repo is for developing a Koopman operator based MPC for autonomous vehicles.
MATLAB 16
-
Deep_Koopman_AutoEncoder
Deep_Koopman_AutoEncoder PublicDNN based Koopman autoencoder model
-
Koopman_PathIntegral
Koopman_PathIntegral PublicThis repo is used to document my progress in computing the principle eigenfunctions of the Koopman operator using path integrals
-
Optim_EnergyShaping
Optim_EnergyShaping PublicOptimization based control for quadruped locomotion using energy shaping
MATLAB 1
Something went wrong, please refresh the page to try again.
If the problem persists, check the GitHub status page or contact support.
If the problem persists, check the GitHub status page or contact support.