The project successfully demonstrated that dual lock-step comparison of commercial RISC processors is a viable fault-tolerant approach to handling SEU in space environment. The fault tolerant approach on orbit error rate was 38 times less than the single processor error rate. The random nature of the upsets and appearance in critical code section show it is essential to incorporate both hardware and software in the design and operation of fault-tolerant computers
SRAM based reprogrammable FPGAs are sensitive to radiation-induced Single Event Upsets (SEU), not on...
International audienceIn this paper, proposed software tools for predicting the rate and nature of o...
State-of-the-art commercial microprocessors are attractive for use in cost effective space missions ...
In this paper are first summarized representative examples of anomalies observed in systems operatin...
Reconfigurable architectures are becoming increasingly popular with space related design engineers a...
Fault-tolerance technique enables a system or application to continue working even if some fault /er...
Today, with the rise of the private sector in space exploration, space missions are becoming more fr...
International audienceSingle Event Upset (SEU) phenomena is becoming a major concern in applications...
Development of highly reliable and available systems requires consideration of the occurrence of sin...
As predicted by Gordon E. Moore in 1975, the number of transistors has doubled every two years over ...
In this paper, two low-cost solutions devoted to provide processor-based systems with error-detectio...
This thesis evaluates the susceptibility to high energy proton irradiation of the NOEL-V soft proces...
On space missions, software suffers from Single Event Upsets (SEUs), producing bit-flips. A single b...
ii This Masters Thesis investigate the possibility of using software-based Error Detection And Corre...
Sterpone L, Porrmann M, Hagemeyer J. A Novel Fault Tolerant and Runtime Reconfigurable Platform for ...
SRAM based reprogrammable FPGAs are sensitive to radiation-induced Single Event Upsets (SEU), not on...
International audienceIn this paper, proposed software tools for predicting the rate and nature of o...
State-of-the-art commercial microprocessors are attractive for use in cost effective space missions ...
In this paper are first summarized representative examples of anomalies observed in systems operatin...
Reconfigurable architectures are becoming increasingly popular with space related design engineers a...
Fault-tolerance technique enables a system or application to continue working even if some fault /er...
Today, with the rise of the private sector in space exploration, space missions are becoming more fr...
International audienceSingle Event Upset (SEU) phenomena is becoming a major concern in applications...
Development of highly reliable and available systems requires consideration of the occurrence of sin...
As predicted by Gordon E. Moore in 1975, the number of transistors has doubled every two years over ...
In this paper, two low-cost solutions devoted to provide processor-based systems with error-detectio...
This thesis evaluates the susceptibility to high energy proton irradiation of the NOEL-V soft proces...
On space missions, software suffers from Single Event Upsets (SEUs), producing bit-flips. A single b...
ii This Masters Thesis investigate the possibility of using software-based Error Detection And Corre...
Sterpone L, Porrmann M, Hagemeyer J. A Novel Fault Tolerant and Runtime Reconfigurable Platform for ...
SRAM based reprogrammable FPGAs are sensitive to radiation-induced Single Event Upsets (SEU), not on...
International audienceIn this paper, proposed software tools for predicting the rate and nature of o...
State-of-the-art commercial microprocessors are attractive for use in cost effective space missions ...