On Wed, 28 Jun 2006, Väisänen Teemu wrote:
Has someone seen similar behaviour in HIPL:
A <----> B
A is an initiator and it has lower processing power than B that is a responder. HIP base exchange times are smaller than in a similar situation with the same machines and connections, but where the B is the initiator and it has more CPU processing power than A that is the responder.
What might cause this?
Thank you for any answers!
Could it be somehow related to this:
nosig/hmac --- I1 ---> no verifying verify signature <--- R1 --- signature sign and hmac --- I2 ---> verify signature + hmac verify signature and hmac <--- R2 --- sign and hmac ===============================sum============================ 1xsig, 1xhmac, 2xverify sigs, 2xsig, 1xhmac,1xverify sig 1xhmac verify 1xhmac verify
-- Miika Komu http://www.iki.fi/miika/