The Full Form of TCP/IP is‍ Transmission Control Protocol/Internet Protocol.

TCP/IP is an abbreviation for the Transmission Control Protocol/ Internet Protocol. TCP/IP is often regarded as a protocol matching set that was named subsequent to the pairing of dualistically essential protocols namely, IP and TCP. Thus, it can be defined as a primary communication element applicable through the internet.

It represents network protocol sets that offer support to networked computers to easily link up with the others. TCP/IP which is a universally known internet protocol suite is comprised of sets of layers whereby every layer is in charge of a specific network task while at the same time offering specific services to the upper layer. Internet Protocol Suite was first developed by the Defense Advanced Research Projects Agency (DARPA) in the fiscal 1970s.

Basically, TCP is commonly applicable during the transfer of data files and emails. The lower layer protocols of the TCP/IP functions at levels which are adjacent to the user and handles abstract data. IP and TCP became the initial protocols to be well-defined under the Internet Protocol Suite standard.

It is as a result of these protocols that the name of the protocol suite materialized. Conversely, the Transmission Protocol Control functions on the internet protocol suite known as the transport layer where it offers the networked computers with dependable facilities for communication. As a network protocol, IP is used to communicate data above packaged switch network. IP facilitates the transfer of diagrams founded on the IP network hosts addresses while operating on the protocol suite internet layer.

In the TCP/IP protocol pile, the highest level protocols are the application protocols. In fact, the application protocols are the visible user interface to the protocol suite of the TPC/IP and always communicate with other internet hosts applications. Each application protocol possesses features similar to others (Helmig n.p.). The features which exemplify their uses and applications are as follows:

TCP/IP protocols are applications transported and standardized with the products of TCP/IP or user written applications. The protocol suite for TCP/IP incorporates application protocols namely internet mailing system called Simple Mail transfer Protocols, and collaborative terminal telnet which allows admission into the remote internet hosts. These application protocols either use TCP or UDP as transport mechanisms. TCP offers connection oriented, reliable streams, flow control enabled and congestion friendly protocols.

As a peer to peer link leaning protocol, TCP has neither subordinate nor master correlations. Nevertheless, for communication purposes, the application normally draws on the server/client model. Servers are applications in TCP/IP which provide requisite services to the internet consumers.

Users only need to invoke customer application segment that in turn creates requests for specific services and send them to the application server segment via the transport vehicle, TCP/IP. The program (server) accepts requests, execute the requisite services and propel the outcomes back in form of reply.

Any server in the TCP/IP often handles multifaceted requesting customers and requests simultaneously (Panko 267). Therefore, it is apparent that TCP/IP has been widely used in server and clients models and in the provision of access to various other networks via gateway, bridge and router.