Scholarlink

Trickle Timer protocol is widely used in IoT networks to regulate message delivery by minimising redundant transmissions. However, its static approach to transmission parameters leads to inefficiencies in dynamic network environments. To address these limitations, we propose Trickle-E which is an adaptive enhancement to the Trickle Timer. Thanks to intelligent management of transmission intervals and optimised redundancy suppression, Trickle-E significantly improves several performance metrics. Simulations show a reduction in latency, improved energy efficiency and a higher packet delivery rate (PDR) compared with the traditional Trickle Timer. These results demonstrate that Trickle-E is particularly well suited to networks with high variability in density and activity, ensuring more efficient and reliable message delivery.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Trickle-E: Enhanced Trickle Timer with Residual Energy Consideration

  • 会议论文

  • 发表日期：

    2026年

查看全文
  • Mahamadi Boulou,
  • Moustapha Bikienga,
  • Tiguiane Yelemou

摘要

Trickle Timer protocol is widely used in IoT networks to regulate message delivery by minimising redundant transmissions. However, its static approach to transmission parameters leads to inefficiencies in dynamic network environments. To address these limitations, we propose Trickle-E which is an adaptive enhancement to the Trickle Timer. Thanks to intelligent management of transmission intervals and optimised redundancy suppression, Trickle-E significantly improves several performance metrics. Simulations show a reduction in latency, improved energy efficiency and a higher packet delivery rate (PDR) compared with the traditional Trickle Timer. These results demonstrate that Trickle-E is particularly well suited to networks with high variability in density and activity, ensuring more efficient and reliable message delivery.