Abstract
Special Issue Information
With the emergence of new network generations, there is a growing desire for innovation and agility in wireless communication systems. The use of distributed virtualized environments like cloud-native technologies (i.e., cloud, edge, and fog computing) fosters new approaches to solve challenges in 5G networks, and it is envisioned to affect the emerging 6G networks.
Mobile cloud computing (MCC) is a distributed paradigm that integrates cloud computing technology and user equipment (UE) to extend the battery lifetime and increase application performance. It also provides the infrastructure to support data processing and storage through cloud-native capabilities.
Although conventional MCC was proposed to provide data processing outside the UEs, it may face several challenges to meet the requirements of ever-increasing IoT requests, latency-sensitive machine learning (ML), cyber-physical systems (CPSs), mobile robotics, and edge artificial intelligence (Edge-AI) applications. With the rapid growth of IoT and MCC comes an exciting new frontier for innovations, especially when the computation power of IoT devices grows.
However, growing use cases like holographic communication demand high computation and communication resources as well as related facilities. So, one of the controversial questions which is arising is how MCC can enable such emerging computation- and communication-intensive applications.
This Special Issue encourages authors from academia and industry to submit new research results relating to advanced technological innovations in mobile cloud computing in wireless networks and IoT.
With the emergence of new network generations, there is a growing desire for innovation and agility in wireless communication systems. The use of distributed virtualized environments like cloud-native technologies (i.e., cloud, edge, and fog computing) fosters new approaches to solve challenges in 5G networks, and it is envisioned to affect the emerging 6G networks.
Mobile cloud computing (MCC) is a distributed paradigm that integrates cloud computing technology and user equipment (UE) to extend the battery lifetime and increase application performance. It also provides the infrastructure to support data processing and storage through cloud-native capabilities.
Although conventional MCC was proposed to provide data processing outside the UEs, it may face several challenges to meet the requirements of ever-increasing IoT requests, latency-sensitive machine learning (ML), cyber-physical systems (CPSs), mobile robotics, and edge artificial intelligence (Edge-AI) applications. With the rapid growth of IoT and MCC comes an exciting new frontier for innovations, especially when the computation power of IoT devices grows.
However, growing use cases like holographic communication demand high computation and communication resources as well as related facilities. So, one of the controversial questions which is arising is how MCC can enable such emerging computation- and communication-intensive applications.
This Special Issue encourages authors from academia and industry to submit new research results relating to advanced technological innovations in mobile cloud computing in wireless networks and IoT.
| Original language | American English |
|---|---|
| Journal | Sensors |
| State | Published - 25 03 2023 |
Keywords
- mobile cloud computing, intelligent IoT, edge artificial intelligent (edge-AI), intelligent holographic communications, holographic mobile cloud, 5G/6G networks, smart wireless computing, smart network orchestration, cyber physical systems, digital mobility