In recent years, modern industry has been exploring the transition to cyber physical system
(CPS)-based smart factories. As intelligent industrial detection and control technology grows …

Industrial Internet of Things is moving toward an intelligent level with large-scale
collaborative cloud and edge resources, making it possible for online supervision, fast …

Collaborative edge computing (CEC) is a promising technology for supporting latency-
sensitive Internet of Things (IoT) applications by distributing computation tasks among edge …

The depth development and widespread application of edge intelligence technology based
on the Internet of Things has led to edge-cloud collaboration and related research. In recent …

Task scheduling plays a critical role in the performance of the edge‐cloud collaborative.
Whether the task is executed in the cloud and how it is scheduled in the cloud is an …

Serverless edge computing is seen as a promising enabler to execute differentiated
Industrial Internet of Things (IIoT) applications without managing the underlying servers and …

Compared with cloud computing, edge–cloud collaboration can avoid long transmitting
delay to cloud since tasks are close to edge, which makes edge–cloud collaboration …

In the stochastic and dynamic edge-cloud collaborative environment, the computing
resources of the host are limited, and the resource requirements of computing tasks are …

End-edge-cloud (EEC) collaborative computing is regarded as one of the most promising
technologies for the Industrial Internet of Things (IIoT). It offers effective solutions for …

Task scheduling helps to improve the resource efficiency and the user satisfaction for Device-
Edge-Cloud Cooperative Computing (DE3C), by properly mapping requested tasks to hybrid …