Minimizing Maximum Age of Service in Virtualized Green IoT Networks
开发了优化与控制策略，以降低可再生能源驱动的 IoT 网络中的服务延迟
Dec 7, 2024
Minimizing Maximum Age of Service in Virtualized Green IoT Networks
Developed optimization and control strategies to reduce service latency in renewable-powered IoT networks
Dec 7, 2024
本科毕业论文 - Scheduling in Serverless Computing for Solar-Powered IoT Networks
本科毕业论文提出了一种面向太阳能供电 IoT 网络的两阶段优化框架，重点研究动态任务分配和能量感知的函数配置。开发了 MILP 基准测试和基于 GMM 增强的 Receding Horizon Control 算法，以提升效率并适应波动的能量和计算条件。
Apr 30, 2024
Undergraduate Thesis - Scheduling in Serverless Computing for Solar-Powered IoT Networks
This undergraduate thesis proposes a two-phase optimization framework for solar-powered IoT networks, focusing on dynamic task allocation and energy-aware function configuration. A MILP benchmark and a GMM-enhanced Receding Horizon Control algorithm were developed to improve efficiency and adapt to fluctuating energy and computation conditions.
Apr 30, 2024
Task Offloading and Approximate Computing in Solar Powered IoT Networks
提出了一种新颖的基于 MILP 和 Digital Twin 的控制策略，用于优化近似 IoT 任务执行中的能耗。
Jan 7, 2024
Task Offloading and Approximate Computing in Solar Powered IoT Networks
Proposed a novel MILP and Digital Twin-based control strategy for optimizing energy use in approximate IoT task execution.
Jan 7, 2024