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Research Papers On The History Of The Internet
Research Papers On The History Of The Internet
Research Papers On The History Of The Internet
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The Evolution of TCPIP and The Internet The Evolution of TCP/IP (and the Internet) While the TCP/IP protocols and the Internet are different, their evolution are most definitely parallel. This section will discuss some of the history. Prior to the 1960s, what little computer communication existed comprised simple text and binary data, carried by the most common telecommunications network technology of the day; namely, circuit switching, the technology of the telephone networks for nearly a hundred years. Because most data traffic transmissions occur during a very short period of time, circuit switching results in highly inefficient use of network resources. In 1962, Paul Baran, of the Rand Corporation, described a robust, efficient, store-and-forward data network in a report for the U.S. Air Force; Donald Davies suggested a similar idea in independent work for the Postal Service in the U.K., and coined the term packet for the data units that would be carried. According to Baran and Davies, packet switching networks could be designed so that all components operated independently, eliminating single point-of-failure problems. In addition, network communication resources appear to be dedicated to individual users but, in fact, statistical multiplexing and an upper limit on the size of a transmitted entity result in fast, economical data networks. The modern Internet began as a U.S. Department of Defense (DoD) funded experiment to interconnect DoD-funded research sites in the U.S. In December 1968, the Advanced Research Projects Agency (ARPA) awarded a contract to design and deploy a packet switching network to Bolt Beranek and Newman (BBN). In September 1969, the first node of the ARPANET was installed at UCLA. With four n... ... middle of paper ... ...number of observations are in order. First, the ISO Development Environment (ISODE) was developed in 1990 to provide an approach for OSI migration for the DoD. ISODE software allows OSI applications to operate over TCP/IP. During this same period, the Internet and OSI communities started to work together to bring about the best of both worlds as many TCP and IP features started to migrate into OSI protocols, particularly the OSI Transport Protocol class 4 (TP4) and the Connectionless Network Layer Protocol (CLNP), respectively. Finally, a report from the National Institute for Standards and Technology (NIST) in 1994 suggested that GOSIP should incorporate TCP/IP and drop the "OSI-only" requirement. [NOTE: Some industry observers have pointed out that OSI represents the ultimate example of a sliding window; OSI protocols have been "two years away" since about 1986.]
OSI – Open Systems Interconnection - is reference model for how applications can communicate over a network. A reference model is a conceptual framework for understanding relationships.
Morse code and the telegraph were ingenious yet simple. Operators used a simple method of dots and dashes for letters and numbers. When the Morse Key was pressed the electric circuit was open and when released the electric circuit was closed. The electrical current traveled through the wire to a printer device that printed a tape of the code message which an operator would translate. This simple solution to communicating long distance has improved and evolved into a newer technology, the packet switch. The single signal wire has evolved into fiber optics. Communicating one at a time has evolved into mass communication.
(“Whirlwind” Internet) “computers of that time were capable of a multitude of small tasks, like data processing (i.e. IRS related material, and information storage.), word processing (i.e. extremely early model of Microsoft word), data analysis (i.e. survey taking), complex calculations (i.e. weather prediction) communications (i.e., the telephone system (switching))” (“ Computers” Internet).
What we know today as the Internet began as a Defense Advanced Research Projects Agency (DARPA) project in 1969, which was designed to connect several research databases across the country. However, until the end of 1991, the advances were almost completely technical, as the goals set by those responsible in its growth were beyond what the hardware was capable of providing. In 1988, the Internet began to receive attention in the popular press, when the first documented computer virus was released at Cornell University. 1991 marked the beginning of the transition of the Internet as we know it today, with the National Science Foundation’s reinterpretation of its Acceptable Use Policy to allow for commercial traffic across its network, the development of the first graphic interfaces, the formation of the Internet Society, and the formation of ECHO (East Coast Hang Out), one of the first publicly available online communities.
I would call the RFC one of the Heralding Achievements of the NWG. It represents the forward looking view which these people had and it proved to succeed. The principles which embody RFC 3 foreshadowed the success of TCP/IP from NCP's influence. Both TCP/IP and NCP were developed in the field. A version of the protocols would be released for experimentation and use. Also all specifications were available free and easily available for people to examine and make comments about. Only through this early release were the problems and kinks found and worked out in a timely manner. This bottom-up approach is substantially different than the top-down approach which other protocol suites have been developed under. The top-down idea comes from figuring everything out as a standard on paper, or behind closed doors and then releasing it to be used. The bottom-up (and free accessibility of protocol documentation and specifications) model allows for a wide-range of people and experiences to join in and perfect the protocol and make it the best possible. (Check email in TCPIP.MAIL file to provide quotes.)
TCP/IP is a set of rules and regulations which allow for communication to take place. TCP is a protocol a set of rules and regulations that is lets the communication to take place between computers over the internet. TCP is the wrap around a data packet that keeps the data packet intact so it does not break to pieces when it is travelling. On the other hand IP is internet protocol and this protocol makes sure that the data packets know where to go. It makes sure that the data packet knows the route to the receiver of the data packet. IP address is stuck on the data packet it is like a label that has the information of where the data packet has to go and the information of the sender. In order for communication to take place the information has to go through four layers and it all happens in split second.
Perhaps the most redundant, fault-tolerant of all network topologies is the mesh LAN. Each node is connected to every other node for a true point-to-point connection between every device on the network.
Barry M. Leiner, Vinton G. Cerf, David D. Clark, Robert E. Kahn, Leonard Kleinrock, Daniel C. Lynch, Jon Postel, Lawrence G. Roberts, Stephen S. Wolff – the past and the future history of the internet
Born in the mind of an MIT professor in the early years of the 1960's, "the internet-or net, for short"(Jonscher,154)-has been maintained as the information-technology center throughout the closing of the twentieth century connecting people and ideas throughout the world in little more than the stroke of a key and faster than the blink of an eye . Imagine the possibility of transferring one bank account to another with the click of a mouse-from New York to Hong Kong, or buying a car or even a house off a computer screen, or talking to a long-forgotten aunt on the other side of the globe for hours upon hours at zero cents a minute, or, especially, the unimaginable possibility of delivering a message to everyone in the world, one person at a time and as fast as that message can be forwarded: these were the dreams of J.C.R. Licklider; the dreams that became reality (Jonscher, 154). In 1966, just four years after the origination of the first idea, Licklider's dream of the Internet was adopted by Larry Roberts, project manager for the U.S. Defense Department's Advanced Research Projects Agency (ARPA), and together they became the pioneers of the "Galactic Network". When Robert's proposal was accepted by the other members of the agency, a plan went into effect to create the "ARPANET", which in time became what we know today as the Internet. The first remnants of the Internet began with defense contractors and universities, beginning with UCLA in 1969. (jonscher, 155)
The Internet was first introduced in 1969 when a program called ARPA or Advanced Research Projects Agency. ARPA had provided a way to communicate, through a network, with the country in case of a military attack had destroyed traditional communication. It also connected four United States universities and was used for research, education and government organizations. In 1972, Ray Tomlinson introduced E-mail. In 1973, Transmission Control Protocol/ Internet Protocol (TCP/IP) became the standard for computers to communicate over the Internet. In 1982 the word Internet is used for the first time. The domain name system (DNS) is introduced in 1984, which identified network addresses with .com, .org, and .edu. From that point on everything began to rapidly change. Things like America Online was developed, viruses start...
..., the ARPANET (Advanced Research Project Agency Network) started in late 1960s.Its main objective was to provide network links between universities, research organization and remote computer centers. No person, government or an entity owns or controls internet. Instead, a nongovernmental international volunteer organization called the internet society (ISOC) controls the standards and the future of the internet.
Term Paper: The History of the Internet The Internet began like most things in our society, that is to say that the government started it. The Internet started out as an experimental military network in the 1960s. Doug Engelbart prototypes an "Online System" (NLS) which does hypertext browsing, editing, email, and so on. The Internet is a worldwide broadcasting resource used for distributing information and a source for interaction between people on their computers. In 1973, the U.S. Defense Advanced Research Projects Agency (DARPA) initiated a research program to investigate techniques and technologies for interlinking packet networks of various kinds.
On October 29, 1969 Lawrence Roberts had created the first two nodes to travel between UCLA and SRI International. This project was originally conducted under the Advanced Research Projects Agency to counteract the USSR’s launch of the Sputnik. After the creation it had been called the Arpanet, and would be used specifically for government networks until the early 90’s. In 1990 the World Wide Web had been created as an online public network for everyday civilians to use. At least three decades later the web has grown to include over a million sites, while maintaining the original governments use to maintain a network between locations.
TCP/IP is a network model which enables the communication across the Internet. The most fundamental protocol on which the Internet is built. This is made up of the 2 common networking protocols, TCP, for Transmission Control Protocol, and IP, for Internet Protocol. TCP maintains and handles packet flow linking the systems and IP protocol has the ability to handle the routing of packets. However The TCP/IP stack consists of 5 layers first being application layer, the transport layer, then the network layer, the link layer and finally the physical layer. The assignment focuses on the three middle layers and is divided into five parts. Firstly explaining how the TCP and UDP the most vital protocols needed to deliver and communicate.
Only five years after Barran proposed his version of a computer network, ARPANET went online. Named after its federal sponsor, ARPANET initially linked four high-speed supercomputers and was intended to allow scientists and researchers to share computing facilities by long-distance. By 1971, ARPANET had grown to fifteen nodes, and by 1972, thirty-seven. ARPA’s original standard for communication was known as “Network Control Protocol” or NCP. As time passed, however, NCP grew obsolete and was replaced by a new, higher-level standard known as TCP-IP, which is still in use today.