> The reason why ntp is interesting is that we compare the received data > with our unpredictable local clock. It is the result of this comparison > which is good entropy bits. Is the resolution of thermal sensors on many new motherboards and CPU high enough to get thermal randomness? Peter -- Peter Dufault ([EMAIL PROTECTED]) Realtime development, Machine control, HD Associates, Inc. Fail-Safe systems, Agency approval To Unsubscribe: send mail to [EMAIL PROTECTED] with "unsubscribe freebsd-current" in the body of the message
- Re: randomdev entropy gathering is really weak Poul-Henning Kamp
- Re: randomdev entropy gathering is really weak Warner Losh
- Re: randomdev entropy gathering is really weak Mark Murray
- Re: randomdev entropy gathering is really weak Mark Murray
- Re: randomdev entropy gathering is really weak Poul-Henning Kamp
- Re: randomdev entropy gathering is really weak Mark Murray
- Re: randomdev entropy gathering is really weak Warner Losh
- Re: randomdev entropy gathering is really weak Mark Murray
- Re: randomdev entropy gathering is really weak Alexander Leidinger
- Re: randomdev entropy gathering is really weak Poul-Henning Kamp
- Re: randomdev entropy gathering is really weak Peter Dufault
- Re: randomdev entropy gathering is really weak Steve O'Hara-Smith
- Re: randomdev entropy gathering is really weak Leif Neland
- Re: randomdev entropy gathering is really weak Warner Losh
- Re: randomdev entropy gathering is really weak Peter Dufault
- Re: randomdev entropy gathering is really weak void
- Re: randomdev entropy gathering is really weak Kris Kennaway
- Re: randomdev entropy gathering is really weak Warner Losh
- Re: randomdev entropy gathering is really weak Alexander Langer
- Re: randomdev entropy gathering is really weak Dan Moschuk
- Re: randomdev entropy gathering is really weak Kris Kennaway