//certain sections of the original thesis have been removed Introduction These set of four blog posts will cover the work I performed for my Master's Thesis at KAIST titled " Accelerating Policy Learning for Robust Control of Robotic Manipulators and Aerial Vehicles via Physics-Informed Guidance " under Professor Dong Eui Chang. The full thesis can be found at KAIST library: THESIS after it is publicly released. It has in-depth explanation of the preliminary concepts, simul

//certain sections of the original thesis have been removed Introduction These set of four blog posts will cover the work I performed for my Master's Thesis at KAIST titled " Accelerating Policy Learning for Robust Control of Robotic Manipulators and Aerial Vehicles via Physics-Informed Guidance " under Professor Dong Eui Chang. The full thesis can be found at KAIST library: THESIS after it is publicly released. It has in-depth explanation of the preliminary concepts, simul

//certain sections of the original thesis have been removed Introduction These set of four blog posts will cover the work I performed for my Master's Thesis at KAIST titled " Accelerating Policy Learning for Robust Control of Robotic Manipulators and Aerial Vehicles via Physics-Informed Guidance " under Professor Dong Eui Chang. The full thesis can be found at KAIST library: THESIS after it is publicly released. It has in-depth explanation of the preliminary concepts, simul

//certain sections of the original thesis have been removed Introduction These set of four blog posts will cover the work I performed for my Master's Thesis at KAIST titled " Accelerating Policy Learning for Robust Control of Robotic Manipulators and Aerial Vehicles via Physics-Informed Guidance " under Professor Dong Eui Chang. My thesis and the thesis defence were well received by the committee members that included my supervisor Professor Dong Eui Chang, Professor Changdon

//certain sections of the original Thesis have been removed Introduction This work was my final year project under Dr. Hanumant Singh Shekhawat at EEE, IITG performed along with Devashish Taneja (ECE, IITG). The research aimed to target defense scenarios and disaster management task where multiple "goal areas" with different "weights" are to be reached and completed by a group of agents within a time limit. The work was primarily on developing a model for this problem, genera