Communication protocols are referred to as formal descriptions of the rules and formats for digital messages. These protocols are very important not just for their use in telecommunications but also in governing the exchange of messages in and between computer systems.
The coverage of ICCP stack communication protocol is for the most part very broad as it may be used to describe syntax, semantics, and synchronization of analog and digital communications. Aside from those, communication protocols also intends to cover things like authentication, error detection, signaling, and correction.
Moreover, for every individual given the job to study and master this crucial piece of digital messaging and exchange of communications must be fully aware that communication protocols are to be implemented in both hardware and software. This seemingly suggests that it too is important in both aspects. In fact, the concept of computer networking would have never been conceived in the first place with communication protocols. Today, there exist thousands of varying protocols being used both in analog and digital communications. Visit this website at http://www.ehow.com/list_6891478_communication-protocols.html for more info about web communication protocols.
But because the terms related or connected to communication protocols are just way too technical and unfamiliar for a typical individual, it no longer is a surprise that it's pretty difficult to grasp in an instant. The issue really as of now is how can these protocols be sufficiently explained in layman's terms? Well, let's begin with the fact that communications devices, in order for them to have a successful exchange of data, must agree on certain physical aspects of that data so that a successful transmission is carried out. And now, for a successful transmission to happen, there are rules to be followed and these same rules will make or break the transmission. These rules that define transmissions are now what we call as protocols.
Down the line, the 61850 client terms involved in communication protocols become more complex and technical. Now you must understand as well that there are quite a number of properties of a transmission that a protocol is able to define. Perhaps the most common and familiar of these properties are that of error correction types, transmission speed, packet size, address mapping and formatting, acknowledgement processes, packet sequence controls, and others.
So you already have an idea what those properties that protocols try to define; now it's time to learn what the most popular existing protocols are today. The best examples are that of File Transfer Protocol or FTP, User Datagram Protocol or UDP, TCP/IP, Internet Message Access Protocol or IMAP, Post Office Protocol or POP3, Simple Mail Transfer Protocol or SMTP, and of course, Hypertext Transfer Protocol or HTTP.