Scholarlink

The visions of 6G can be effectively realized by Low Earth Orbit(LEO) satellite system equipped with Mobile Edge Computing (MEC) servers. To stimulate service provisioning by the Mobile Edge Computing Operator (MECO), it is essential to study a pricing strategy. In this paper, a profit maxmization muli-MECO computing resource pricing (PMMP) strategy based on Stackelberg game is proposed by a competitive environment. The offloading problem of the user equipment (UE) and the resource pricing problem of MECOs can be solved in the proposed strategy. Simulation results indicate that the proposed pricing strategy can maximize the revenue of MECOs and reduce UEs costs at the same time.

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A Computing Resource Pricing Strategy of Satellite-Earth Double Edge Computing System

  • 会议论文

  • 发表日期：

    2025年

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  • Bo Wang,
  • XinYing Xie,
  • Dongyan Huang

摘要

The visions of 6G can be effectively realized by Low Earth Orbit(LEO) satellite system equipped with Mobile Edge Computing (MEC) servers. To stimulate service provisioning by the Mobile Edge Computing Operator (MECO), it is essential to study a pricing strategy. In this paper, a profit maxmization muli-MECO computing resource pricing (PMMP) strategy based on Stackelberg game is proposed by a competitive environment. The offloading problem of the user equipment (UE) and the resource pricing problem of MECOs can be solved in the proposed strategy. Simulation results indicate that the proposed pricing strategy can maximize the revenue of MECOs and reduce UEs costs at the same time.