Multiagent Meta-Reinforcement Learning for Optimized Task Scheduling in Heterogeneous Edge Computing Systems

Liwen Niu, Xianfu Chen (Corresponding Author), Ning Zhang, Yongdong Zhu, Rui Yin, Celimuge Wu, Yangjie Cao

Research output: Contribution to journalArticleScientificpeer-review

1 Citation (Scopus)


Mobile-edge computing (MEC) brings the potential to address the ever increasing computation demands from the mobile users (MUs). In addition to local processing, the resource-constrained MUs in an MEC system can also offload computation to the nearby servers for remote execution. With the explosive growth of mobile devices, computation offloading faces the challenge of spectrum congestion, which, in turn, deteriorates the overall quality of computation experience. This article, hence, investigates computation task scheduling in a heterogeneous cellular and WiFi MEC system. Such a system provides both licensed and unlicensed spectrum opportunities. Due to the sharing of communication and computation resources as well as the uncertainties, we formulate the problem of computation task scheduling among the competing MUs in a stationary heterogeneous edge computing system as a noncooperative stochastic game. We propose an approximation-based multiagent Markov decision process without the global system state observations, under which a multiagent proximal policy optimization (PPO) algorithm is derived to solve the corresponding Nash equilibrium. When expanding to a nonstationary heterogeneous edge computing system, the obtained algorithm suffers from the slow convergence due to constrained adaptability. Accordingly, we explore meta-learning and propose a multiagent meta-PPO algorithm, which rapidly adapts the control policy learning to the nonstationarity. Numerical experiments demonstrate performance gains from our proposed algorithms.
Original languageEnglish
Article number10032543
Pages (from-to)10519-10531
Number of pages13
JournalIEEE Internet of Things Journal
Issue number12
Publication statusPublished - 7 Jun 2023
MoE publication typeA1 Journal article-refereed


  • Wireless fidelity
  • Task analysis
  • Processor scheduling
  • Edge computing
  • Servers
  • Scheduling
  • Training


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