Am Donnerstag, 21. Mai 2020, 21:14:02 CEST schrieb Lukasz Stelmach:
Hi Lukasz,
> It was <2020-05-21 czw 13:00>, when Stefan Wahren wrote:
> > Hi Lukasz,
> >
> > Am 19.05.20 um 23:25 schrieb Łukasz Stelmach:
> >> The value was estimaded with ea_iid[1] using on 10485760 bytes read from
> >> the
It was <2020-05-21 czw 13:00>, when Stefan Wahren wrote:
> Hi Lukasz,
>
> Am 19.05.20 um 23:25 schrieb Łukasz Stelmach:
>> The value was estimaded with ea_iid[1] using on 10485760 bytes read from
>> the RNG via /dev/hwrng. The min-entropy value calculated using the most
>> common value estimate
Hi Lukasz,
Am 19.05.20 um 23:25 schrieb Łukasz Stelmach:
> The value was estimaded with ea_iid[1] using on 10485760 bytes read from
> the RNG via /dev/hwrng. The min-entropy value calculated using the most
> common value estimate (NIST SP 800-90P[2], section 6.3.1) was 7.964464.
could you please
It was <2020-05-20 śro 13:53>, when Stephan Mueller wrote:
> Am Mittwoch, 20. Mai 2020, 12:44:33 CEST schrieb Lukasz Stelmach:
>> It was <2020-05-20 śro 11:18>, when Stephan Mueller wrote:
>>> Am Mittwoch, 20. Mai 2020, 11:10:32 CEST schrieb Lukasz Stelmach:
It was <2020-05-20 śro 08:23>,
Am Mittwoch, 20. Mai 2020, 14:00:01 CEST schrieb Krzysztof Kozlowski:
Hi Krzysztof,
> On Wed, 20 May 2020 at 13:53, Stephan Mueller wrote:
> > > > That said, the illustrated example is typical for hardware RNGs. Yet
> > > > it is never guaranteed to work that way. Thus, if you can point to
> >
On Wed, 20 May 2020 at 13:53, Stephan Mueller wrote:
> > > That said, the illustrated example is typical for hardware RNGs. Yet
> > > it is never guaranteed to work that way. Thus, if you can point to
> > > architecture documentation of your specific hardware RNGs showing that
> > > the data read
Am Mittwoch, 20. Mai 2020, 12:44:33 CEST schrieb Lukasz Stelmach:
Hi Lukasz,
> It was <2020-05-20 śro 11:18>, when Stephan Mueller wrote:
> > Am Mittwoch, 20. Mai 2020, 11:10:32 CEST schrieb Lukasz Stelmach:
> >> It was <2020-05-20 śro 08:23>, when Stephan Mueller wrote:
> >>> Am Dienstag, 19.
It was <2020-05-20 śro 11:18>, when Stephan Mueller wrote:
> Am Mittwoch, 20. Mai 2020, 11:10:32 CEST schrieb Lukasz Stelmach:
>> It was <2020-05-20 śro 08:23>, when Stephan Mueller wrote:
>>> Am Dienstag, 19. Mai 2020, 23:25:51 CEST schrieb Łukasz Stelmach:
The value was estimaded with
Am Mittwoch, 20. Mai 2020, 11:10:32 CEST schrieb Lukasz Stelmach:
Hi Lukasz,
> It was <2020-05-20 śro 08:23>, when Stephan Mueller wrote:
> > Am Dienstag, 19. Mai 2020, 23:25:51 CEST schrieb Łukasz Stelmach:
> >> The value was estimaded with ea_iid[1] using on 10485760 bytes read from
> >> the
It was <2020-05-20 śro 08:23>, when Stephan Mueller wrote:
> Am Dienstag, 19. Mai 2020, 23:25:51 CEST schrieb Łukasz Stelmach:
>
>> The value was estimaded with ea_iid[1] using on 10485760 bytes read from
>> the RNG via /dev/hwrng. The min-entropy value calculated using the most
>> common value
Hi,
On 19.05.2020 23:25, Łukasz Stelmach wrote:
> The value was estimaded with ea_iid[1] using on 10485760 bytes read from
> the RNG via /dev/hwrng. The min-entropy value calculated using the most
> common value estimate (NIST SP 800-90P[2], section 6.3.1) was 7.964464.
>
> [1]
>
Am Dienstag, 19. Mai 2020, 23:25:51 CEST schrieb Łukasz Stelmach:
Hi Łukasz,
> The value was estimaded with ea_iid[1] using on 10485760 bytes read from
> the RNG via /dev/hwrng. The min-entropy value calculated using the most
> common value estimate (NIST SP 800-90P[2], section 6.3.1) was
The value was estimaded with ea_iid[1] using on 10485760 bytes read from
the RNG via /dev/hwrng. The min-entropy value calculated using the most
common value estimate (NIST SP 800-90P[2], section 6.3.1) was 7.964464.
[1] https://github.com/usnistgov/SP800-90B_EntropyAssessment
[2]
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