The Journal of Pervasive Technology aims to attract innovative, this publication is to discuss advanced low-power hardware technology and leading-edge technologies in all areas of microprocessors, multimedia, smart grid, IoT/ICS, and their application and security. Overall, a collection of these contributions will represent a reference point for the most advanced techniques that developers, practitioners, and researchers should check when implementing software.
Section 1: Multimedia Processing and Communication
• Multimedia compression
• Multimedia communications and networking
• Interactive 3-D media and immersive environments
• Multimedia content analysis and search
• Multimedia quality assessment
• Multimedia applications and services
• Multimedia security and privacy
• Multimedia databases and digital libraries
Section 2: Low Power and High-Performance Software and Hardware Design
• Low power and high-performance system-on-chip design
• Low power and high performance embedded systems software
• Low power and high performance embedded systems hardware
• Low power and high performance real-time and cyber-physical systems
• Low power and high-performance pervasive computing technologies
• Low power and high performance emerging technologies, systems, and applications
Section 3: Advanced technology for Industrial Control System and Internet of Things
• System on Chip for ICS/IoTs
• ICS/IoT secure communications
• Protection of ICS, SCADA, DCS, RTU, PLC
• Fault-tolerant control for ICS/IoT
Manuscript submission information:
Both the Guide for Authors and the submission portal could be found on the Journal Homepage here.
Important Dates:
- Open submission: April 01, 2024
- Member Registration Due: April 15, 2024
- Author Notification: June 10, 2024
- Revised Paper Due: June 24, 2024
- Final Author Notification: June 31, 2024
- Pre-proof and Proceedings: June 31, 2024
Keywords:
Advanced technology, Low-power hardware, Leading-edge technologies, Microprocessors, Multimedia, Smart grid, IoT/ICS, Applicatio security, Software implementation