IP is connectionless because you don't want routing to reply to every routing request; it would slow things down to almost a stop. The router has to assume that the packet arrives where it was sent.
Individual IP packets are sent, without establishing a connection, and without verifying whether each IP packet reached its destination. If needed, those functions are taken care of at a higher level, usually layer 4 (TCP).
Individual IP packets are sent, without establishing a connection, and without verifying whether each IP packet reached its destination. If needed, those functions are taken care of at a higher level, usually layer 4 (TCP).
Individual IP packets are sent, without establishing a connection, and without verifying whether each IP packet reached its destination. If needed, those functions are taken care of at a higher level, usually layer 4 (TCP).
Individual IP packets are sent, without establishing a connection, and without verifying whether each IP packet reached its destination. If needed, those functions are taken care of at a higher level, usually layer 4 (TCP).
IP is connectionless because it would slow down networks if every packet that was routed needed to have an acknowledgment. It would also cause severe bottlenecks, and the routing piece doesn't need guaranteed delivery. If reliable delivery is necessary, then the transport layer will take care of that.
Individual IP packets are sent, without establishing a connection, and without verifying whether each IP packet reached its destination. If needed, those functions are taken care of at a higher level, usually layer 4 (TCP).
In internet protocol suite UDP is the connectionless protocol. There is no initial communication between client and server. UDP will not check whether the transmission was successful.
There are many connectionless protocols depending on which layer of the OSI model you are referring to. An example would be UDP for transport, and IP for routing.
Connectionless Protocols: These protocols do not establish a connection between devices. As soon as a device has data to send to another, it just sends it. Answer:A Connectionless Protocol is a data communication method in which communication occurs between hosts with no previous setup. The device at one end of the communication transmits data to the other, without first ensuring that the recipient is available and ready to receive the data. The device sending a message simply sends it addressed to the intended recipient. The internet Protocol (IP) and User Datagram Protocol (UDP) are connectionless protocols, but TCP/IP (the most common use of IP) is connection-oriented
Connectionless Protocols: These protocols do not establish a connection between devices. As soon as a device has data to send to another, it just sends it. Answer:A Connectionless Protocol is a data communication method in which communication occurs between hosts with no previous setup. The device at one end of the communication transmits data to the other, without first ensuring that the recipient is available and ready to receive the data. The device sending a message simply sends it addressed to the intended recipient. The Internet Protocol (IP) and User Datagram Protocol (UDP) are connectionless protocols, but TCP/IP (the most common use of IP) is connection-oriented
The connection having no physical attachment, or unwired network is called as connectionless system. Examples: The Wi-Fi Network, Bluetooth,etc.
The synonym of connectionless is 'detachment'.
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. For more information, see the Related Link.
No, Connectionless means there is no connection
It's neither. IP is a transport layer protocol. Connection/Connectionless imply the network layer. Look up the OSI model. Actually you are correct, but it doesn't just go that far. The definition of connectionless is the ability to send and receive packets without already establishing connectivity between two or more specific entities. IPv4 is connectionless, meaning if I send information via IPv4 I can just send the packets without having to do much more than click "return". Hope this helps.
application layer is privide connectionless server
The communication between two brains is connectionless. - Syam
DHCP is a connectionless protocols. In general, any protocol that is based on TCP port alone is a connection-oriented protocol while any protocol that is based on UDP port alone is a connectionless protocol. And a protocols that can work on both TCP and UDP port can be either a connection-oriented or a connectionless protocol depending upon the which protocol is used (TCP or UDP). For checking other protocols if they are connection-oriented or connectionless check http://en.wikipedia.org/wiki/List_of_TCP_and_UDP_port_numbers