Dynamic Multi-user Computation Offloading for Mobile Edge Computing using Game Theory and Deep Reinforcement Learning.
Peyvand TeymooriAzzedine BoukerchePublished in: ICC (2022)
Keyphrases
- game theory
- multi user
- reinforcement learning
- game theoretic
- virtual world
- virtual environment
- cooperative
- multi granularity
- resource allocation
- nash equilibrium
- single user
- statistical physics
- fictitious play
- augmented reality
- multiple users
- mobile devices
- multi agent systems
- profit sharing
- user interface
- function approximation
- mechanism design
- nash equilibria
- smart objects
- multi agent learning
- cooperative game theory
- multi agent
- image processing
- human computation
- wireless systems
- model free
- dynamic environments
- belief propagation
- multiagent learning
- evolutionary game theory
- decision problems
- optimal policy
- graphical models
- computational complexity
- computer vision
- boolean games