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What do you mean with "TCP/IP programs"? Any program that communicates over the Internet uses TCP/IP protocols.
I want to say that activities of TCP/IP protocols should be manipulate.
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In the commonly used TCP/IP communications, that would either be a TCP header, or a UDP header.
In the commonly used TCP/IP communications, that would either be a TCP header, or a UDP header.
In the commonly used TCP/IP communications, that would either be a TCP header, or a UDP header.
In the commonly used TCP/IP communications, that would either be a TCP header, or a UDP header.
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IPX/SPX : Routable // TCP/IP : Routable // NetBEUI : Not Routable
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TCP is a sub-protocol within the IP protocol.
Think of TCP as one of the instruments in a band.
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No, TCP/IP is the not the only protocol used in the world, but it is certainly one of the most popular. Older networks may still use IPX/SPX (Novell) which is a competitor to TCP/IP. Mainframes use SNA or LU6.2 protocols which are very different from TCP/IP. Appletalk is also a competitor to TCP/IP.
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No - FTP is a subprotocol in TCP/IP. TCP/IP is a set of standards for describing addressing, transport, and delivery/routing of information across networks.
FTP is a protocol that allows a file to be transferred from one system to another, using TCP/IP.
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what are the similarties between IP and TCP protocol in data communication and networking.
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TCP-IP is a protocol, not a transmission medium. Bandwidth doesn't affect it.
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The Transport layer
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Both TCP and IP are subprotocols in the OSI model. IP is used for routing purposes, whereas TCP is used for transport control.
If you are asking primarily about internetworking then it would be the IP protocol.
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TCP IP handles data transfer by default, and IPX SPX takes over if TCP IP is unavailable
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TCP/IP is a "protocol suite", i.e., a group of related protocols, protocols that work together. It is named after two of the most important protocols, TCP and IP - but the TCP/IP stack is made up of many more protocols, it is not just those two.
TCP/IP is a "protocol suite", i.e., a group of related protocols, protocols that work together. It is named after two of the most important protocols, TCP and IP - but the TCP/IP stack is made up of many more protocols, it is not just those two.
TCP/IP is a "protocol suite", i.e., a group of related protocols, protocols that work together. It is named after two of the most important protocols, TCP and IP - but the TCP/IP stack is made up of many more protocols, it is not just those two.
TCP/IP is a "protocol suite", i.e., a group of related protocols, protocols that work together. It is named after two of the most important protocols, TCP and IP - but the TCP/IP stack is made up of many more protocols, it is not just those two.
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The currently used TCP/IP is based on IP version 4. IP version 6 already exists, but its adoption is fairly slow for now.
The currently used TCP/IP is based on IP version 4. IP version 6 already exists, but its adoption is fairly slow for now.
The currently used TCP/IP is based on IP version 4. IP version 6 already exists, but its adoption is fairly slow for now.
The currently used TCP/IP is based on IP version 4. IP version 6 already exists, but its adoption is fairly slow for now.
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The OSI model encompasses all of the TCP/IP sub-protocols plus several other protocols that are not part of TCP/IP. These would include IPX/SPX, NetBEUI, Appletalk, and other proprietary protocols that are not part of the TCP/IP model.
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Network Load Balancing Manager automatically configures the TCP/IP properties so that the cluster IP address is in the list. When you configure the TCP/IP properties by other methods, you must ensure that the cluster IP address is in the list of IP addresses in the TCP/IP properties.
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TCP/IP because the osi model has seven layer but in tcp/ip only four layers
and most important is that the tcp/ip model is reduce the function of osi model.
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TCP and IP are examples of protocols - a common set of agreed upon rules for communications between networks and devices.
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TCP/IP protocols are implemented by software, except for the bottom physical layer, which is implemented in hardware.
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Guaranteed reliable delivery is provided by TCP transport.
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TCP and UDP are considered transport protocols (layer 4 of the OSI model). They were developed in conjunction with IP (routing - layer 3). Since they were developed together they were also designed to function together.
Well the above answer is not up to the mark.
Tcp is combined with ip because of following reason:-
TCP in TCP/IP ensures that data is broken into packets and provides surety of end to end transmission .
While IP in TCP/IP uniquely identifies the hosts on the network .
So combining the both protocols ensures that data is transferred completely and among right hosts
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TCP/IP v4 and TCP/IP v6
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Paul Simoneau has written:
'Hands-on TCP/IP' -- subject(s): TCP/IP (Computer network protocol)
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Martin Arick has written:
'TCP/IP Companion' -- subject(s): Computer network protocols, TCP/IP (Computer network protocol)
'UNIX for DOS users' -- subject(s): Operating systems (Computers), UNIX (Computer file)
'The essential guide to TCP/IP commands' -- subject(s): TCP/IP (Computer network protocol)
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IP subnet planning is a way to manage how TCP/IP networks are split. It is important because switched networks can operate without intervention for long periods of time but TCP/IP Internets need much support and tuning. Subnet planning covers the need for TCP/IP management efforts and expertise.
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The tcp layer
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TCP
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FTP uses TCP, which uses IP
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IP Address
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The TCP/IP Stack is the complete set of internet protocols that are part of the TCP/IP bundle/suite. They include HTTP, FTP, SMTP and P2P.
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TCP/IP can be verified as installed and operating by using the 'ping' command against the localhost address:
ping 127.0.0.1
or
ping localhost
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Floyd Wilder has written:
'A guide to the TCP/IP protocol suite' -- subject(s): TCP/IP (Computer network protocol)
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