* Initiator sends connection request (w. id) * Responder sends accept or reject (w. id) * Responder assumes connection exists when it sends the ack * Initiator assumes connection exists when it receives the ack * OK if network service reliable and CO * If not? (consider lost, old conn reqs/ack)
TCP The three way handshake verifies that data arrived
Challange Handshake Authentication Protocol
In simple terms, it is the establishment of communication between computers. People can establish communication through a handshake, so the term is based on that. For computers to communicate they first must establish a connection with each other. It is like when you make a phone call and the other person answers, at which point communication has been established. One computer sends a message to the other and the other responds, opening a connection between them and that is what we call a handshake.
A handshake in networking happens when a computer wants to talk to another computer. Before anything is sent and received the hand shake takes place. This example is from the TCP protocol: Machine 1 sends a SYN packet to Machine 2 Machine 2 sends a SYN/ACK back to Machine 1 Machine 1 sends an ACK back to Machine 2 SYN = Synchronise ACK = Acknowledge
PPPis more secure than SLIP. PPP uses two authetication Protocols : 1. Password Authetication Protocol (PAP) 2. Challenge Handshake Authetication Protocol (CHAP) So if you use SLIP on network that unauthorized user can gain acces to.
no are you serious? No way!
in oneway hand shake only server will verify the certificate details,ie client details in 2 way both server and lient details are going to be verify ie in 2 way,server by client and client details by server
2.....
get a life yes
TAU PHI DELTA REPRESENT. SIGMA PI ALPHA UPSILON CH. THERES ONLY ONE WAY TO FIND OUT THE HANDSHAKE!!
yes
a handshake
Hank Frisco Galaxy Defender - 2011 Handshake 1-2 was released on: USA: 11 July 2011
there is not an official ffa handshake
The Handshake was created in 2007.
for establishing connection between the end systems here we have 3 steps sender receiver sync bit ==1 1................................................>>>> reply to sync bit + sync bit of receiver 2. <<<< ................................................. replay to R sync bit 3. ....................................................>>>>> whole process is in three steps so we call it as three way handshake
"Handshake" is a noun, it doesn't have a past tense.