Reinforcement Learning for Autonomous Agents | Blazingprojects Postgraduate Thesis
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Reinforcement Learning for Autonomous Agents

 

Table Of Contents


  • 1.Introduction  
  • 1.1Background and Significance  
  • 1.2Objectives and Scope of the Project
  • 2.Fundamentals of Reinforcement Learning  
  • 2.1Markov Decision Processes  
  • 2.2Value Functions and Policies
  • 3.Reinforcement Learning Algorithms  
  • 3.1Q-Learning  
  • 3.2Deep Q Networks (DQN)  
  • 3.3Policy Gradient Methods
  • 4.Applications of Reinforcement Learning  
  • 4.1Autonomous Navigation  
  • 4.2Robotic Control  
  • 4.3Resource Allocation
  • 5.Training Autonomous Agents  
  • 5.1Simulation Environments  
  • 5.2Reward Design and Function Approximation

Thesis Abstract

This project focuses on the application of reinforcement learning techniques to train autonomous agents for decision-making in complex environments. The research will explore various reinforcement learning algorithms and their suitability for training agents to perform tasks such as navigation, control, and optimization. The project aims to investigate the effectiveness of reinforcement learning in enabling autonomous agents to adapt to dynamic and uncertain environments.

Thesis Overview

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