proxymallick
Machine Learning Researcher (B) at Australian Institute of Machine Learning, Electrical & Mechatronics Engineer, specialising in Reinforcement Learning
Australian Institute of Machine LearningAdelaide
Pinned Repositories
BayesianCeleryRun
Bayesian Multi-Objective Optimization
Celery-run
Simple multi-objective optimisation routine based on Celery
Clustering_friendly_representation_learning
Coding-Questions-and-answers-Hacker-rank-Leet-Code-
EM-Guided-Policy-Search
Sample efficient learning using expectation maximization
gps
Guided Policy Search
Model-Based-RL-Gazebo-Robosuite
Reinforcement Learning training task on UR5e Gazebo simulation
OneLLM
[CVPR 2024] OneLLM: One Framework to Align All Modalities with Language
OpenDet_CWA
Open-set detection using Wasserstein Distance and Spectral Normalisation
phd-bibliography
References on Optimal Control, Reinforcement Learning and Motion Planning
proxymallick's Repositories
proxymallick/EM-Guided-Policy-Search
Sample efficient learning using expectation maximization
proxymallick/Model-Based-RL-Gazebo-Robosuite
Reinforcement Learning training task on UR5e Gazebo simulation
proxymallick/OpenDet_CWA
Open-set detection using Wasserstein Distance and Spectral Normalisation
proxymallick/BayesianCeleryRun
Bayesian Multi-Objective Optimization
proxymallick/Celery-run
Simple multi-objective optimisation routine based on Celery
proxymallick/Clustering_friendly_representation_learning
proxymallick/Coding-Questions-and-answers-Hacker-rank-Leet-Code-
proxymallick/gps
Guided Policy Search
proxymallick/OneLLM
[CVPR 2024] OneLLM: One Framework to Align All Modalities with Language
proxymallick/phd-bibliography
References on Optimal Control, Reinforcement Learning and Motion Planning
proxymallick/prakashmallick.github.io
proxymallick/proxymallick
Config files for my GitHub profile.
proxymallick/rllab
rllab is a framework for developing and evaluating reinforcement learning algorithms, fully compatible with OpenAI Gym.
proxymallick/Rolling-Ellipse-Dynamical-System-Simulation
Matlab Simulation of Rolling Ellipse - using Lagrange multipliers, dynamical equations of motion
proxymallick/PyMT4
PyMT4 - Python bindings for the Metatrader 4 trading platform Project origin By rmawatson, he didn't want to be disturbed, So don't to bother him even you need help, thanks