Call For Papers
Fog computing-based networking is a promising solution for better QoS and QoE in cutting-edge mobile communication networks. It guarantees to improve the network services, performance, and user experiences. Its also provide a commutable solution to analyze the big-data cloud supported performance oriented networking. The Fog networks with 6G communication system provide better user-driven, cloud-supported, and real-time performance-centric network experience to mobile subscribers. The Fog network is an augmentation of the 5G network and cloud-supported networking and expected to widly deploy with 6G networks. It used to build a unique framework to improve network capacity, spectrum utilization, and provide a faster real-time interface to network-enabled applications, services, and devices. Fog Networking with 6G support is the next-generation cellular network paradigm that extends to cloud computing services, scalable, flexible, and platform agnostic heterogeneous cloud computing-based cellular mobile networking. It utilizes fog computing expertise and adds new interfaces to facilitate mobile users with improved network performance.
This workshop introduces a new domain of futuristic mobile cellular networks called “ Real-time Fog network with 6G cellular networks”, and it is complementary to cloud-aided 6G cellular networks. The proposed workshop provides the opportunity to identify the major challenges, advancements, analysis, optimization, and performance in fog networks, cloud-added networks, and 6G networks. It arises due to distinct features of fog computing and networking. This workshop will provide a platform to discuss the necessary modification, optimization, methodology, and possible solutions for its deployment. Potential Potential topics include, but are not limited to, the following:
- Fog network, 5GB and 6G networks architectures for next-generation cellular communication system.
- Fog computing and 6G services and applications for Personal Communication System.
- Network management in Fog and 6G networks.
- Cloud and virtual machine infrastructure support for Fog and 6G Networks.
- Fog and 6G networks performance analysis.
- Resource management and scheduling in Fog networks.
- Mobility management in Next generation cellular networks.
- Data management and analysis in Fog 6G networks.
- Application areas of Fog and 6G networks.
- Quality of service and quality of experience in Fog 6G networks.
- Tools and technologies to deploy Fog 6G networks.
- Challenges and opportunities in the deployment of Fog 6G networks.
Paper submission: 30 November 2022
Acceptance notification: Continuous procedure w.r.t submission.
Revised manuscript due (Final submission): Seven days after first review comment. All submissions must be finalized before 10 December 2022.
Workshop organizer: Dr. Sanjay K. Biswash, NIIT University, Neemrana, India. Email: email@example.com
Keynote and Invited speaker: TBA
Submission Instruction: Submissions must be original, unpublished work, and not under consideration at another conference or journal. Submitted papers must be at most six (06) pages long, including figures, tables, references, and appendices in two-column 10pt IEEE Conference format. Papers must exclude authors’ names and affiliations for double-blind peer reviewing by the PC. Authors of accepted papers are expected to present (online or offline) their papers at the workshop venue. The IEEE LaTeX template should be useful in complying with the above requirements. The presented papers will be published in the IEEE ANTS 2022 Proceedings, available at the IEEE Xplore.
The EDAS submission link: https://edas.info/newPaper.php?c=30286&track=114836