Difference between revisions of "Johann Großschädl"

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'''Topic''': Hardware/Software Co-Design of Lightweight Elliptic Curve Cryptography for the Internet of Things
 
'''Topic''': Hardware/Software Co-Design of Lightweight Elliptic Curve Cryptography for the Internet of Things
  
'''Abstract''' :The talk will be about a small 8-bit AVR-compatible Processor that we designed from
+
'''Abstract''': The talk will be about a small 8-bit AVR-compatible Processor that we designed from
 
scratch so that we can include some hardware support for speeding up
 
scratch so that we can include some hardware support for speeding up
 
ECC.  We have achieved some interesting results: our processor is
 
ECC.  We have achieved some interesting results: our processor is
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for RFID that was mentioned in the talk  by [[Jens Hermans]].  
 
for RFID that was mentioned in the talk  by [[Jens Hermans]].  
 
We have also some interesting results about power consumption
 
We have also some interesting results about power consumption
and energy requirements of E
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and energy requirements of ECC.
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 +
'''Slides''': [[media: Johann-ESC2013.pdf | Johann-ESC2013.pdf]]

Latest revision as of 15:00, 18 January 2013

Topic: Hardware/Software Co-Design of Lightweight Elliptic Curve Cryptography for the Internet of Things

Abstract: The talk will be about a small 8-bit AVR-compatible Processor that we designed from scratch so that we can include some hardware support for speeding up ECC. We have achieved some interesting results: our processor is fully AVR (i.e. ATmega128) compatible, has a size of only 20k gates and is able to perform a 160-bit scalar multiplication in only 1 million cycles, all of which compares very well in relation to the ECC hardware for RFID that was mentioned in the talk by Jens Hermans. We have also some interesting results about power consumption and energy requirements of ECC.

Slides: Johann-ESC2013.pdf