Scalable Dew Computing for future generation IoT systems
https://scpe.org/index.php/scpe/CFP_SI_SDC
Introduction
Dew Computing (DC) as a new post-cloud computing model that enabling
ubiquitous, pervasive, and convenient ready-to-go, plug-in facility
empowered personal network that includes Single-Super-Hybrid-Peer P2P
communication link. Dew Computing depends on a Dew–Fog–Cloud vertical
scalable service hierarchy. Dew Computing performs several critical
functions, such as device connectivity, protocol translation, data
filtering and processing, security, updating, management, and more. Newer
Dew Computing also operates as a platform for application codes that
process data and become an intelligent part of an edge-device-enabled
system. Dew Computing paradigm is envisaged to enhance current pervasive
implementations in more flexible and distributed fashion. The area of such
implementations is unlimited, that includes home automation, smart
gardening, green computation, smart health care, traffic signal monitoring,
context-aware communication, smart wearable computing, and industrial gas
leakage monitoring. Out of all, IoT could play a major application role
along with DC.
IoT is an application perspective model where heterogeneous devices act
together to perform a set of tasks. Most of the time, aggregated data and
inherent information are stored and extracted (respectively) in the allied
cloud services. The Dew Computing allows functions to be executed on nearby
devices found closer to the user, and the thing less approach goes even
further, providing scalability on a low-level infrastructure that consists
of multiple things, such as IoT devices. These approaches introduce the
distribution of computing to other smart devices or things on a lower
architectural level. Such an approach enhances the existing dew computing
architectural model as a sophisticated platform for future generation IoT
systems.
Recommended topics (but not limited to)
• Dew computing structure and architecture for IoT
• Dew computing for scalable mechanism such as Processor Utility and
Data Storage on cloud
• Dew computing protocols and security for IoT
• Designing Communication protocols for IoT networks suitable to Dew
computing
• Dew computing for peer-to-peer data management in IoT
• Horizontal scalable balancer for dew computing services
• Dew Recommender Engine for IoT applications
• Dew, Cloud and Fog computing integration for IoT
• Software-as-a-Dew Service for IoT devices
• Software-as-Dew Product for IoT products
Important dates
Submission deadline: 29 February, 2024
Authors notification: 31 March, 2024
Revision submission: 30 April, 2024
Completion of Special Issue: September, 2024
Submission guidelines
Original and unpublished works on any of the topics aforementioned or
related are welcome. The SCPE journal has a rigorous peer-reviewing process
and papers will be reviewed by at least two referees. All submitted papers
must be formatted according to the journal's instructions, which can be
found here.
During submission please select a Special Issue that you want to submit to
and provide this information in the Comments for the Editor field.
Guest Editors
Dr. Mahesh T R (Managing Guest Editor),Department of Computer Science and
Engineering, Jain University, Bangalore, India, email: maheshtr@ieee.org
Dr. Yudong Zhang, School of Computing and Mathematic Sciences, University
of Leicester, UK, email: yudong.zhang@le.ac.uk
Dr. Polinpapilinho F. Katina, Department of Informatics and Engineering
Systems, University of South Carolina Upstate, USA, email:
pkatina@uscupstate.edu
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