This article focuses on the integration of hybrid satellite-terrestrial networks in wireless multimedia communications, with the objective of delivering seamless connectivity and global coverage. It explores how the combination of satellite and terrestrial technologies can overcome the limitations of each network, enabling ubiquitous multimedia services in diverse geographic areas. The article delves into the challenges and opportunities associated with hybrid network design, including handover management, resource allocation, and interference mitigation. It also highlights the potential benefits and research directions for achieving seamless connectivity and global coverage in wireless multimedia systems. By integrating satellite and terrestrial networks, wireless multimedia communications can achieve extended coverage, improved reliability, and enhanced user experiences across different regions and environments.

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Hybrid Satellite-Terrestrial Networks for Wireless Multimedia Communications: Seamless Connectivity and Global Coverage

  • Lin Han,
  • Zehui Li,
  • Yuanmou Chen

摘要

This article focuses on the integration of hybrid satellite-terrestrial networks in wireless multimedia communications, with the objective of delivering seamless connectivity and global coverage. It explores how the combination of satellite and terrestrial technologies can overcome the limitations of each network, enabling ubiquitous multimedia services in diverse geographic areas. The article delves into the challenges and opportunities associated with hybrid network design, including handover management, resource allocation, and interference mitigation. It also highlights the potential benefits and research directions for achieving seamless connectivity and global coverage in wireless multimedia systems. By integrating satellite and terrestrial networks, wireless multimedia communications can achieve extended coverage, improved reliability, and enhanced user experiences across different regions and environments.