The principle benefit of the internet suite of protocols (or TCP/IP) is that it is by far the most widespread data networking protoocol. This means that the equipment can be purchased cheaply, is well understood and will almost certainly work. TCP/IP has become so widespread because it is flexible - it can be run on anything between a dial-up telephone connection up to gigabps optical or satellite links. It copes well with a lossy medium such as dial-up telephone or radio - the protocol was originally designed to run over radio. TCP/IP is also well defined and non-propriatory; other protocols (such as SNA) might claim to be as good as TCP/IP but as SNA was propriatory to IBM is was less widespread. The internet suite is defined in a set of documents called RFCs (requests for comment), these are often written by the people who implement the protocols and are peer reviewed. Other protocols (such as the OSI set of protocols) were defined by committees who did not actually have to impliment them; this meant that the protocol might actually be unimplimentable. One of the measures of the success of a protocol is how well it copes with the demands of new technology and TCP/IP has, generally, coped well - over the years extensions such as DHCP and SNMP have been added. TCP/IP is not without problems; it is designed to guarantee data arrives correctly, but not in a timely way - this means it isn't particularly well suited to carrying video or voice traffic which has to arrive as a continuous stream of information. Only the high quality of the data lines and high speed routing makes such services possible. There is also a problem with address space; the original version of TCP/IP uses a four byte address field. The way the addresses are structured limited the number of Internet hosts to a relatively low number. This is because TCP/IP is essentially a local area network protocol that's been stretched around the globe. The addressing problem has, to some extent, been solved by the introduction of version 6 of the IP protocol.
There are many networking protocol basics. Nodes are connected using these protocols.
Internet Explorer does not have that kind of security protocols than Chrome. Chrome has established better protocols than others.
The biggest benefit of using Black Soap is cleaning. Other benefits of using Black Soap include reducing acne breakouts, exfoliation and the economic benefits of manufacturing Black Soap.
ICMP and ARP
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If the sending and receiving protocols are different, then you have a mismatch. Think of a speaker using French but the receiver only understanding Spanish. They will not be able to understand each other, and this is what happens with network protocols. They can see the communication but have no clue about the content or what to do with the request.
Using stone cookware does have benefits as opposed to other kinds of cookware.For instance you can cook breads without the possibility of burning or scorching.
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A motherboard can have more than one bus and each using a different protocols.
Joint Information System protocols
There are several benefits of using fossil fuels as compared to other forms of fuel. Some benefits are that fossil fuels are readily available in large quantity and are easy to process. Other benefits are that fossil fuels produce more energy and are cheaper.
Engineering is cause and technology is the effect. I mean to say that engineering is the art of using scientific principles to create new technologies. Example:-- Information Technology is the art using scientific principles and protocols to create various technoliges like (1)Web Technology using HTTP protocols (2)Internet Telephony (3)Wireless Technology using WAP protocols