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Improving the Schedulability of Real-Time Tasks Using Fog Computing
IEEE Transactions on Services Computing, 2019Due to the significant communication delay to user tasks, the cloud is not ideal for executing real-time tasks with stringent deadlines. Fog computing consists of low computation capability fog nodes, or cloudlets located in proximity to the source of ...
Kaneez Fizza, Nitin Auluck, Akramul Azim
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Distributed real-time computing
Proceedings of Third Workshop on Parallel and Distributed Real-Time Systems, 2002This paper outlines the key areas of research in distributed real-time systems that are being investigated within the Spring Project at the University of Massachusetts. This includes reflective, multiprocessor operating systems, dynamic guarantees, adaptive flow, control filters, adaptive fault tolerance, architecture support, and active real-time ...
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Real-Time Underwater Computing System
2018 IEEE Symposium on Computers and Communications (ISCC), 2018Underwater acoustic sensor networks have emerged as a new technology for underwater real-time applications such as oil inspection, seismic monitoring, and disaster prevention. However, this new technology is bound to data sensing, transmission, and forwarding, which makes the transmission of large volumes of data costly in terms of both time and power.
Hussain Albarakati +2 more
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Edge Computing for Real-Time Internet of Things Applications: Future Internet Revolution
Wireless personal communications, 2023Nguyen Minh Quy +4 more
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Real-time computing-tri-dimensional computing
[1989] Proceedings of the Twenty-Second Annual Hawaii International Conference on System Sciences. Volume 1: Architecture Track, 2003The importance of real-time computing is constantly growing. It is required in a large number of systems, including but not limited to aerospace, defense, industrial automation, nuclear engineering, and decision support. The author defines a real-time computing system as a system capable of receiving inputs from an external process, performing the ...
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Distributed Real-Time Computing with Harness
2007Modern parallel and distributed computing solutions are often built onto a "middleware" software layer providing a higher and common level of service between computational nodes. Harness is an adaptable, plugin-based middleware framework for parallel and distributed computing.
Di Saverio, E +4 more
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Proceedings of the IEEE 1988 National Aerospace and Electronics Conference, 2003
The SF1 is a 32-bit computer designed to allow programming of real-time applications in high-level languages. The SF1 is based on specialized smart memories, called stack-frames, built in VLSI. The first implementation will execute more than 10 million complex instructions per second and can switch contexts in a rich environment in 500 nanoseconds. The
R.D. Dixon +4 more
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The SF1 is a 32-bit computer designed to allow programming of real-time applications in high-level languages. The SF1 is based on specialized smart memories, called stack-frames, built in VLSI. The first implementation will execute more than 10 million complex instructions per second and can switch contexts in a rich environment in 500 nanoseconds. The
R.D. Dixon +4 more
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1990
An instrumentation system or a control system does not have to exist at one specific location, nor does a system have to exist in a specific cabinet. Nowadays, the idea of centralised systems is being replaced by the concept of distributed systems. Control engineers long ago discovered the frailty of centralised control rooms and took the advent of the
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An instrumentation system or a control system does not have to exist at one specific location, nor does a system have to exist in a specific cabinet. Nowadays, the idea of centralised systems is being replaced by the concept of distributed systems. Control engineers long ago discovered the frailty of centralised control rooms and took the advent of the
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Computer-aided real-time design
[1988] Proceedings. The Third Israel Conference on Computer Systems and Software Engineering, 2003Unique issues such as concurrency, intertask communication and synchronization, timing constraints and software-hardware interface specification are the crux of software engineering for real-time embedded systems. The methods and tools needed for the design of such systems are presented.
D. Kalinsky, A. Avnur
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