International audienceThe use of deeper-submicron technologies in integrated circuits worsens the effects of transient faults. In fact, the transient-fault durations become as important as the clock periods of synchronous circuits. Electronic systems are thus more vulnerable to failure situations. Nevertheless, this paper shows innovatively that such a worse scenario does not happen in asynchronous circuits. This additional novel benefit pushes on the asynchronous design as a better alternative to mitigate transient faults in deep-submicron technology-based circuits
National audienceDespite the recommendations of several Roadmaps published a few years ago, asynchro...
Deep submicron technologies are beginning to scale poorly with respect to both power and performance...
The correct functionality of quasi-delay-insensitive asynchronous circuits can be jeopardized by the...
ISBN : 978-2-84813-156-6Recent deep-submicron technology-based ICs are significantly more vulnerable...
Synchronization has always been an essential feature in electronic circuits, in which functionality ...
Synchronization has always been an essential feature in electronic circuits, in which functionality ...
ISBN: 0769524060This paper presents hardening techniques against transient faults for quasi delay in...
ISBN : 978-1-4244-4822-7International audienceA methodology to evaluate transient-fault effects on s...
While ultra-deep-submicron design presents increasingly difficult challenges for standard synchronou...
ISBN:1-59593-058-2This paper presents a transient faults sensitivity evaluation for Quasi Delay Inse...
A comparison with synchronous circuits suggests four opportunities for the application of asynchrono...
ISSN: 0018-9340This paper presents hardening techniques against fault attacks and the practical eval...
As semiconductor technology scales down, process variations become increasingly difficult to control...
Modern technological processes for producing VLSI circuits have created an opportunity to exploit th...
ISBN 978-1-4244-5090-9International audienceThis paper introduces the potential benefits of using as...
National audienceDespite the recommendations of several Roadmaps published a few years ago, asynchro...
Deep submicron technologies are beginning to scale poorly with respect to both power and performance...
The correct functionality of quasi-delay-insensitive asynchronous circuits can be jeopardized by the...
ISBN : 978-2-84813-156-6Recent deep-submicron technology-based ICs are significantly more vulnerable...
Synchronization has always been an essential feature in electronic circuits, in which functionality ...
Synchronization has always been an essential feature in electronic circuits, in which functionality ...
ISBN: 0769524060This paper presents hardening techniques against transient faults for quasi delay in...
ISBN : 978-1-4244-4822-7International audienceA methodology to evaluate transient-fault effects on s...
While ultra-deep-submicron design presents increasingly difficult challenges for standard synchronou...
ISBN:1-59593-058-2This paper presents a transient faults sensitivity evaluation for Quasi Delay Inse...
A comparison with synchronous circuits suggests four opportunities for the application of asynchrono...
ISSN: 0018-9340This paper presents hardening techniques against fault attacks and the practical eval...
As semiconductor technology scales down, process variations become increasingly difficult to control...
Modern technological processes for producing VLSI circuits have created an opportunity to exploit th...
ISBN 978-1-4244-5090-9International audienceThis paper introduces the potential benefits of using as...
National audienceDespite the recommendations of several Roadmaps published a few years ago, asynchro...
Deep submicron technologies are beginning to scale poorly with respect to both power and performance...
The correct functionality of quasi-delay-insensitive asynchronous circuits can be jeopardized by the...