Authors :
Kajal Ambhore; Rahul Dhuture; Rohini Pochhi
Volume/Issue :
Volume 6 - 2021, Issue 3 - March
Google Scholar :
http://bitly.ws/9nMw
Scribd :
https://bit.ly/329AcI5
Abstract :
Commercial FPGAs provide high
computational power in extreme conditions such as space
applications. Transient errors, such as singular upsets,
which can be minimized with the well methods, are not
as extreme as permanent faults, since they can place the
application at risk if the FPGA fails. We provide
hardware fault detection circuit and provide response
whether the fault is occurred. The circuit is designed for
fault injection and tolerance.
Keywords :
Fpga, Fault Detection
Commercial FPGAs provide high
computational power in extreme conditions such as space
applications. Transient errors, such as singular upsets,
which can be minimized with the well methods, are not
as extreme as permanent faults, since they can place the
application at risk if the FPGA fails. We provide
hardware fault detection circuit and provide response
whether the fault is occurred. The circuit is designed for
fault injection and tolerance.
Keywords :
Fpga, Fault Detection
