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Numerical Methods in Real-Time and Embedded Systems
This special issue belongs to the section “E1: Mathematics and Computer Science“.
Special Issue Information
Dear Colleagues,
The continuous growth of emerging technologies such as Internet of things and cyber-physical systems presents a great opportunity to reanalyze embedded and real-time systems models and further develop them in order to include new emerging paradigms like real-time Internet of things, mixed criticality systems, cyber-physical systems and so on, and on the other hand to mathematically analyze further these systems in terms of feasibility, resource and energy efficiency and cyber security. Because of their special requirements in terms of safety criticality, resource constraints in terms of computation power, memory, and energy, the design and development of deterministic, predictable, safe, and secure real-time and embedded systems is still a challenge.
As real-time and embedded systems have become essential to our lives, from home use, medical care, and industrial control to autonomous vehicles, space and military applications, topics like real-time scheduling and resource management, real-time communications, real-time signal-processing and acquisitions become increasingly challenging and important in the context of the current scientific advancements.
Thus, this Special Issue welcomes contributions in the area of real-time and embedded systems and their emerging applications. Topics of interest include, but are not limited to, the following:
- Real-time systems models, analysis and applications.
- Embedded systems analysis and applications.
- Real-time operating systems architectures, performance analysis and applications.
- Energy efficiency in real-time embedded systems and applications.
- Resource management in real-time and embedded systems.
- Cybersecurity in real-time systems, embedded systems and edge computing.
- Internet of things.
- Mixed criticality systems.
- Edge and fog computing.
- Smart sensors.
Prof. Dr. Mihai-Victor Micea
Prof. Dr. Alex Doboli
Prof. Dr. Daniel-Ioan Curiac
Dr. Cristina Sorina Stângaciu
Guest Editors
Manuscript Submission Information
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Keywords
- real-time systems
- embedded systems
- mixed criticality systems
- Internet of things
- fog computing
- edge computing
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