Even though cloud computing offers many advantages, it can be a poor choice sometimes
because of its slow response to existing requests, leading to the need for fog computing …

Due to technology development in the recent past, it is observed that an exponential growth
in the usage of high speed intelligent devices which includes smart objects, smart home …

In the domain of Earth Observation (EO) communication, the existing cloud system faces
significant challenges, including latency in data transmission, insufficient bandwidth, and …

Due to the rapid development of the IoT and data-driven applications, low-latency task
scheduling methods that quickly respond to user tasks has become a significant challenge …

In dynamic IoT system, the device may generate multiple heterogeneous computational
tasks, that require CPU and GPU co-processing, in each period. Furthermore, different …

Due to technological advancements, most devices are generating a significant amount of
data which needs appropriate technology to handle the data generated by IoT devices. Fog …

Summary The Internet of Things (IoT) and fog computing (FC) can be integrated to manage
massive data processing and complex networks. It can improve communication performance …

Task scheduling in cloud-fog architectures is a critical concern, necessitating prioritising
latency-sensitive tasks with efficient resource utilization in order to enhance quality metrics …

The ever-growing proliferation of Internet of Things (IoT) devices has necessitated the
development of advanced fog computing frameworks for effective resource management …

In today's emerging world of technology, the combination of Mobile Cloud Computing (MCC)
Edge Computing (EC) and Fog Computing (FC) is pouring innovation and change. These …