No, the protocol that guarantees packet delivery is TCP.
No, the protocol that guarantees packet delivery is TCP.
No, the protocol that guarantees packet delivery is TCP.
No, the protocol that guarantees packet delivery is TCP.
No, the protocol that guarantees packet delivery is TCP.
False
false
The protocol for guaranteeing delivery is TCP. TCP: is responsible for gauranteed delivery,
Remember that all communication on a network happens by way of packets delivered from one location on the network to another. In TCP/IP, the protocol that guarantees packet delivery is TCP (Transmission Control Protocol). TCP makes a connection, checks whether the data is received, and resends it if is not.
Guaranteed reliable delivery is provided by TCP transport.
TCP/IP (Transmission Control Protocol/Internet Protocol)
TCP
That depends on the protocols used. TCP provides reliability, but if TCP is not used, higher-level protocols can include the reliability instead. That is to say, if a packet is not received, the higher-level protocol will take the responsibility of sending (or requesting) the packet again.For example, TFTP (Trivial File Transfer Protocol) uses UDP, and automatically resends a packet when an acknowledgement is not received after a certain time.That depends on the protocols used. TCP provides reliability, but if TCP is not used, higher-level protocols can include the reliability instead. That is to say, if a packet is not received, the higher-level protocol will take the responsibility of sending (or requesting) the packet again.For example, TFTP (Trivial File Transfer Protocol) uses UDP, and automatically resends a packet when an acknowledgement is not received after a certain time.That depends on the protocols used. TCP provides reliability, but if TCP is not used, higher-level protocols can include the reliability instead. That is to say, if a packet is not received, the higher-level protocol will take the responsibility of sending (or requesting) the packet again.For example, TFTP (Trivial File Transfer Protocol) uses UDP, and automatically resends a packet when an acknowledgement is not received after a certain time.That depends on the protocols used. TCP provides reliability, but if TCP is not used, higher-level protocols can include the reliability instead. That is to say, if a packet is not received, the higher-level protocol will take the responsibility of sending (or requesting) the packet again.For example, TFTP (Trivial File Transfer Protocol) uses UDP, and automatically resends a packet when an acknowledgement is not received after a certain time.
The delivery of Packet byDestination Computerin TCP\IP stack is reported by sending Acknowledgement to the Source Computerfor the received Packet by Destination Computer.
Transmission Control Protocol (TCP) is used when data reliability is needed since it is connection oriented and guarantees delivery.
If the sending device does not receive an acknowledgement for a packet, the packet will be retransmitted.
The Internet Protocol (IP) is a protocol used for communicating data across a packet-switched internetwork using the Internet Protocol Suite, also referred to as TCP/IP.
When the TCP/IP protocol is used they use what is called a 3 way handshake. If UDP protocol is used it is connectionless which means there is no guarantee of packet arrival. Here is a link with more information: http://www.inetdaemon.com/tutorials/internet/tcp/3-way_handshake.shtml
Different from a connectionless protocol, a connection-oriented protocol guaranties the delivery of the information. An example of connection-oriented protocol is (TCP) and a connectionless protocol is (UDP). TCP is a connection-oriented protocol, it makes a connection and checks whether the data is received, and resends if it is not. UDP is a connectionless protocol, it does not guarantee delivery by first connecting and checking whether data is received.