Three-dimensional (3D) Sixth Generation (6G) networks are expected to comprise a multitude of resources for allocation (e.g., power, computing, and radio resources) in devices heterogeneous (e.g., height, capacity, and connectivity) at different layers (e.g., terrestrial and aerial). This complexity increases the possibilities for Distributed Denial of Service (DDoS) attacks, boosting their effects. This paper presents a review on the effects of DDoS attacks on resource allocation (RA) in 3D 6G networks. It analyzes the related studies regarding the problems and resources they deal with, their features, author’s assumptions, and metrics adopted in their evaluation. In addition, this paper points out challenges and opportunities that may be addressed in resource allocation in 3D 6G networks when facing DDoS attacks.

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Influence of DDoS Attacks on Resource Allocation in Three-Dimensional 6G Networks

  • Maria G. Lima Damasceno,
  • Renata K. Gomes dos Reis,
  • Caio B. Bezerra De Souza,
  • Jussif J. Abularach Arnez,
  • Andson Balieiro,
  • Kelvin Lopes Dias

摘要

Three-dimensional (3D) Sixth Generation (6G) networks are expected to comprise a multitude of resources for allocation (e.g., power, computing, and radio resources) in devices heterogeneous (e.g., height, capacity, and connectivity) at different layers (e.g., terrestrial and aerial). This complexity increases the possibilities for Distributed Denial of Service (DDoS) attacks, boosting their effects. This paper presents a review on the effects of DDoS attacks on resource allocation (RA) in 3D 6G networks. It analyzes the related studies regarding the problems and resources they deal with, their features, author’s assumptions, and metrics adopted in their evaluation. In addition, this paper points out challenges and opportunities that may be addressed in resource allocation in 3D 6G networks when facing DDoS attacks.