Networking protocols, such as TCP/IP, enable computers to exchange data with each other in a meaningful, organized, and efficient way. Computer protocols are similar to human language - if you speak English and you meet someone who speaks German, the protocols (languages) you use to exchange information are incompatible with each other. It is only when you both speak the same language that you can understand each other. Similarly, computers rely on protocols to ensure each computer "understands" what the other computer is sending it. Just as with humans, both computers must use the same protocol if they are to exchange information with each other successfully. Follow the Related Link below to view a Wikipedia article on this topic.
Identifying errors
Compressing the data
Deciding how the data is sent
Addressing the data
Deciding how to announce sent and received data
It standardizes the format or set of rules that a network uses to manage data exchange
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Protocol Suite in regards to the network fundamentals in Cisco questions.
You configure them in the local network connection properties dialog box.
protocols
-Programmed services and protocols that move the messages across the network -Technologies that support network communications
No, the NIC will automatically install its own protocols and use them if needed
protocols used for network device.
Routed protocols are the best paths in a network along which to send network traffic.
Protocol Suite in regards to the network fundamentals in Cisco questions.
IPv4 and IPv6 are two different protocols . The two protocols are not compatible with each other. But they can exist in a same network together.No, those are two different protocols. However, they can co-exist in the same network (this is known as "dual stack").No, those are two different protocols. However, they can co-exist in the same network (this is known as "dual stack").No, those are two different protocols. However, they can co-exist in the same network (this is known as "dual stack").No, those are two different protocols. However, they can co-exist in the same network (this is known as "dual stack").
connectionless protocols - transport layer
wide area network
The Network Access Layer is the lowest layer of the TCP/IP protocol hierarchy. The protocols in this layer provide the means for the system to deliver data to the other devices on a directly attached network. It defines how to use the network to transmit an IP datagram. Unlike higher-level protocols, Network Access Layer protocols must know the details of the underlying network (its packet structure, addressing, etc.) to correctly format the data being transmitted to comply with the network constraints. The TCP/IP Network Access Layer can encompass the functions of all three lower layers of the OSI reference Model (Network, Data Link, and Physical).
Bruce Hartpence has written: 'Packet guide to core network protocols' -- subject(s): Computer network protocols, TCP/IP (Computer network protocol)
Tcp/ip
The Network Access Layer is the lowest layer of the TCP/IP protocol hierarchy. The protocols in this layer provide the means for the system to deliver data to the other devices on a directly attached network. It defines how to use the network to transmit an IP datagram. Unlike higher-level protocols, Network Access Layer protocols must know the details of the underlying network (its packet structure, addressing, etc.) to correctly format the data being transmitted to comply with the network constraints. The TCP/IP Network Access Layer can encompass the functions of all three lower layers of the OSI reference Model (Network, Data Link, and Physical).
Network control protocol
The Network Access Layer is the lowest layer of the TCP/IP protocol hierarchy. The protocols in this layer provide the means for the system to deliver data to the other devices on a directly attached network. It defines how to use the network to transmit an IP datagram. Unlike higher-level protocols, Network Access Layer protocols must know the details of the underlying network (its packet structure, addressing, etc.) to correctly format the data being transmitted to comply with the network constraints. The TCP/IP Network Access Layer can encompass the functions of all three lower layers of the OSI reference Model (Network, Data Link, and Physical).