This paper presents the implementation of a fault detection and correction technique used to design a robust 8051 micro-controller with respect to a particular transient fault called Single Event Upset (SEU). A specific study regarding the effects of a SEU in the micro-controller behavior was performed. Furthermore, a fault tolerant technique was implemented in a version of the 8051. The VHDL description of the fault-tolerant microprocessor was prototyped in a FPGA environment and results in terms of area overhead, level of protection and performance penalties are discussed
In the thesis, a methodology alternative to existing methods of digital systems design with increase...
Microcontrollers require protection against transient and permanent faults when being utilized for s...
SRAM-Filed Programmable Gate Arrays (FPGA) have become one of the most important carriers of digital...
International audienceThis paper presents fault-detection and correction techniques used to obtain a...
This paper investigates the behavior of a SEU tolerant 8051-like micro-controller protected by singl...
International audienceThis paper investigates the behavior of a SEU tolerant 8051-like micro-control...
This paper proposes a high level technique to inject transient faults in processor-like circuits, an...
This paper presents a non-intrusive hybrid fault detection approach that combines hardware and softw...
Transient faults are emerging as a critical reliability concern for modern microproces-sors. Recentl...
This thesis focuses on fault tolerance which is kind of dependable computing implementation. It deal...
In the development of the microprocessor architecture, the focus is given more on the microprocessor...
The evolution of high-performance and low-cost microprocessors has led to their almost pervasive usa...
International audienceThis paper presents a non-intrusive hybrid fault detection approach that combi...
Multiprocessor systems which afford a high degree of\ud parallelism are used in a variety of applica...
This paper presented the development of Faulttolerant soft-core that was implemented based on Error ...
In the thesis, a methodology alternative to existing methods of digital systems design with increase...
Microcontrollers require protection against transient and permanent faults when being utilized for s...
SRAM-Filed Programmable Gate Arrays (FPGA) have become one of the most important carriers of digital...
International audienceThis paper presents fault-detection and correction techniques used to obtain a...
This paper investigates the behavior of a SEU tolerant 8051-like micro-controller protected by singl...
International audienceThis paper investigates the behavior of a SEU tolerant 8051-like micro-control...
This paper proposes a high level technique to inject transient faults in processor-like circuits, an...
This paper presents a non-intrusive hybrid fault detection approach that combines hardware and softw...
Transient faults are emerging as a critical reliability concern for modern microproces-sors. Recentl...
This thesis focuses on fault tolerance which is kind of dependable computing implementation. It deal...
In the development of the microprocessor architecture, the focus is given more on the microprocessor...
The evolution of high-performance and low-cost microprocessors has led to their almost pervasive usa...
International audienceThis paper presents a non-intrusive hybrid fault detection approach that combi...
Multiprocessor systems which afford a high degree of\ud parallelism are used in a variety of applica...
This paper presented the development of Faulttolerant soft-core that was implemented based on Error ...
In the thesis, a methodology alternative to existing methods of digital systems design with increase...
Microcontrollers require protection against transient and permanent faults when being utilized for s...
SRAM-Filed Programmable Gate Arrays (FPGA) have become one of the most important carriers of digital...