Highly Reliable Reconfigurable Real Time Systems - Tawfeek, Radwa M.;Egila, Mohamed G.;Hafez, Ismail M.
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This book proposes a meta-layer fault tolerant structure for real time systems. Highly reliable systems design is necessary in the critical operating systems such as: air traffic systems, nuclear power facilities and medical life-support devices, where faulty operation could cause menace to the life. Likewise, unmanned satellites and deep-space probes once launched in the space require maintenance-free circuit. The designed system mainly depends on the reconfigurable ability of FPGA used nowadays for designing many systems including Satellites. Fault classifier is the vital part of the design.…mehr

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Produktbeschreibung
This book proposes a meta-layer fault tolerant structure for real time systems. Highly reliable systems design is necessary in the critical operating systems such as: air traffic systems, nuclear power facilities and medical life-support devices, where faulty operation could cause menace to the life. Likewise, unmanned satellites and deep-space probes once launched in the space require maintenance-free circuit. The designed system mainly depends on the reconfigurable ability of FPGA used nowadays for designing many systems including Satellites. Fault classifier is the vital part of the design. The book is a part of PhD work in Ain Shams Faculty of Engineering.
Autorenporträt
Radwa M. Tawfeek was born in 1978. She graduated in 2000 from Benha High Institute of Technology with a B.Sc. in computer engineering. She received her M.Sc.degree from the same institute. She received a PhD in Electronics and Communication form Ain Shams Faculty of Engineer in 2018.Now she is an Assistant Professor at Benha Faculty of Engineering