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This chapter provides a concise introduction to the foundational theories and methods for coordinated communication control in cyber-physical systems. A general collaborative optimization model for VPPs is constructed, integrating all state and control variables from both the physical and cyber systems while considering information heterogeneity. Due to the non-convex nature of the model, a tailored decomposition-solving approach is developed. This analysis reveals the impact of varying information transmission performances of DERs on the VPP’s objective function. Readers who are less interested in the theoretical aspe‘cts can proceed directly to the subsequent chapters focusing on practical applications.

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Coordinated Communication Control: Why and How?

  • 章节

  • 发表日期：

    2025年

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  • Cheng Feng,
  • Hongye Guo,
  • Kedi Zheng,
  • Qixin Chen,
  • Chongqing Kang

摘要

This chapter provides a concise introduction to the foundational theories and methods for coordinated communication control in cyber-physical systems. A general collaborative optimization model for VPPs is constructed, integrating all state and control variables from both the physical and cyber systems while considering information heterogeneity. Due to the non-convex nature of the model, a tailored decomposition-solving approach is developed. This analysis reveals the impact of varying information transmission performances of DERs on the VPP’s objective function. Readers who are less interested in the theoretical aspe‘cts can proceed directly to the subsequent chapters focusing on practical applications.