Recent years have witnessed not only mobile devices surpassing stationary Internet hosts in numbers, but also exponential growth of mobile data traffic due to ubiquitous penetration of portable devices, Machine-to-Machine (M2M) communications, user-generated content sharing, and user-centric applications such as augmented/virtual reality. In the meantime, mobile devices continue to increase in their computing power, as well as the network infrastructure is in the process of transforming from a hardware-dominated landscape to an increasingly virtualized and software-defined system with computing moving to the cloud, edge, and the fog to alleviate the processing load on the mobile devices. The increasing ability to collect and process large amounts of data pertaining to network, devices, and users is posing new challenges to network design, in which, for example, resources are provisioned in either centralized global data centers or local servers close to the network edge, or both interacting with one another.
In this context, various networking challenges arise, such as seamless IP mobility management, algorithm design to correlate user mobility and application usages, the online or offline exploitation of large amount of mobility and usage data from the access network and user devices, investigating possibility of offloading computing/storage tasks from mobile hosts to the cloud but also to edge nodes and both, algorithm design to correlate traffic offloading to content offloading and application offloading as a consequence of mobile data analysis, pattern inference and estimation, and multi-connectivity technology exploitation for QoS, and extreme reliability and low-latency in challenged scenarios. To tackle these challenges, various issues need to be addressed, such as efficient mobility management and optimization, multi-homing, efficient transport over heterogeneous wireless access options, users' incentives to reduce network congestion, incentives for network providers to deploy new/alternative mobile Internet infrastructures, incentives for service developers/providers to define new mobile services, efficient and quality-aware mobile multimedia content distribution, information-centric and mobility-aware networking solutions, collection and management of mobile M2M data in 3-layers infrastructures with edge/fog computing and the cloud, new business models for mobile data, security and privacy, as well as related operational concerns and legal issues.MobiArch 2018 welcomes submissions from both researchers and practitioners from academia and industry that explore challenges and advances in architectures, algorithms, protocols, middleware, and technologies in the current Internet or in the future clean-slate Internet. We also encourage work-in-progress and position papers that describe highly original ideas, present new directions, or have the potential to generate insightful provocative discussions. MobiArch uses a single blind review policy for paper review. All papers will be published in the ACM Digital Library.
Topics of Interest center around all architectural issues and system support for mobility in the evolving Internet (e.g., towards content-centric, information-centric, edge/fog computing, and network softwarization), including but not limited to:
All papers will be considered for the Best Paper Award. The program committee will select a number of candidates for the award among accepted papers, and select one or more award papers prior to the conference.
Paper Submission: | March 11, 2018, 11:59 PM EST |
Notification of acceptance: | April 20, 2018 |
Camera Ready Deadline: | May 4, 2018 |
MobiArch Workshop Day: | June 10, 2018 |
If you have any questions, please contact Jay Misra (misra@cs.nmsu.edu) and/or Thomas Magedanz (thomas.magedanz@fokus.fraunhofer.de).