384 is not vulnerable to length extension attacks precisely because it is truncated. The output is not he full internal state. The speed advantage of SHA-512 and the advantage of truncation is why some more exotic…
I'm surprised this is a thing, given a student (in the UK at least) would very likely be referred to a professionalism tribunal for doing this. See also paragraphs 77 to 80 of Good Medical Practice.
Yes. You can prove, for two rotors R1 and R2, that slerp(R1, R2, t) = R1 (R1^-1 R2)^t.
> QEMU hasn't got round to pointer-authentication yet either, so that's pretty good going. Thanks very much! I do however note we're not trying for full system emulation for v8; we're primarily interested in userspace…
Hey, author of dynarmic here. > more context on why they're switching I started working on an AArch64 (ARMv8) frontend for dynarmic upon request from yuzu's developers. At the time, they decided to switch over because…
384 is not vulnerable to length extension attacks precisely because it is truncated. The output is not he full internal state. The speed advantage of SHA-512 and the advantage of truncation is why some more exotic…
I'm surprised this is a thing, given a student (in the UK at least) would very likely be referred to a professionalism tribunal for doing this. See also paragraphs 77 to 80 of Good Medical Practice.
Yes. You can prove, for two rotors R1 and R2, that slerp(R1, R2, t) = R1 (R1^-1 R2)^t.
> QEMU hasn't got round to pointer-authentication yet either, so that's pretty good going. Thanks very much! I do however note we're not trying for full system emulation for v8; we're primarily interested in userspace…
Hey, author of dynarmic here. > more context on why they're switching I started working on an AArch64 (ARMv8) frontend for dynarmic upon request from yuzu's developers. At the time, they decided to switch over because…