Network Digital Twins: A Systematic Review
Network management is becoming more complex due to various factors. The growth of IoT
increases the number of nodes to control. The combination of Edge and Fog Computing with …
increases the number of nodes to control. The combination of Edge and Fog Computing with …
Efficient distributed edge computing for dependent delay-sensitive tasks in multi-operator multi-access networks
We study the problem of distributed computing in the multi-operator multi-access edge
computing (MEC) network for dependent tasks. Every task comprises several sub-tasks …
computing (MEC) network for dependent tasks. Every task comprises several sub-tasks …
Minimizing Service Latency through Image-Based Microservice Caching and Randomized Request Routing in Mobile Edge Computing
In the context of Mobile Edge Computing (MEC), the traditional method of requesting
microservices from a central cloud can result in increased delay for users due to the physical …
microservices from a central cloud can result in increased delay for users due to the physical …
Dynamic Task Offloading in Edge Computing based on Dependency-aware Reinforcement Learning
Collaborative edge computing (CEC) is an emerging computing paradigm in which edge
nodes collaborate to perform tasks from end devices. Task offloading decides when and at …
nodes collaborate to perform tasks from end devices. Task offloading decides when and at …
[PDF][PDF] Network Digital Twins: A Systematic
R VERDECCHIA, L SCOMMEGNA, B PICANO - robertoverdecchia.github.io
Network management is becoming more complex due to various factors. The growth of IoT
increases the number of nodes to control. The combination of Edge and Fog Computing with …
increases the number of nodes to control. The combination of Edge and Fog Computing with …