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Internet's impact on daily life
Internet's impact on daily life
Internet's impact on daily life
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The Most Influential Audio-Visual Technological Discovery
In order for something to be the most influential discovery ever it must follow certain criteria. I'm defining the word discovery to be synomous with invention in that it is something that was "happened upon" and developed and didn't necessarily exist for all time. In order to be the most influential it must permeate every part of our lives, from leisure, education, business, and travel, to the very social system itself. It must be capable of world wide use and also improve life both orally and visually for all members of society.
The most important audio-visual discovery of the 20th century is by far the internet. It has revolutionised almost every aspect of our lives from the way we study, work, shop, relax and above all communicate.
The internet as we know it developed from a government project to send secure information from one remote computer to another. The DARPA (Defence Advanced Research Projects Agency) began work on the internet in 1973 under the guiding influence of Larry Roberts. He designed the Arpas first network where a machine called an Interface message processor (IMP) would connect individual sites, route messages, scan errors and confirm the arrival of messages at their intended destination. A number of innovations led to the development of the modern internet. First was the development of the computerised bulletin board (today's message boards) by Ward Christensen and Randy Seuss, second was the standardisation of internet access through TCP (transfer Control Protocol) and IP internet protocol, and third was the development of software for information retrieval which would become the WWW. World wide web. (Moschovitis et al)
The internet consists of a global network of computers joined together to form one large interconnected network. It relies on Routers, Naps, ISPs, DNS and powerful servers to connect the network.
Each computer on the network uses a modem to connect to the ISP (Internet service Provider eg Eircom) which operates the telephone lines. When you connect to the internet you become part of their network. Companies may be part of a Local Area Network all connected at points of presence in various cities. There is no overall connecting network but several high level networks connected to each other through Network Access Points or NAP's. Backbones, or fibre optic trunk lines, carry the information through routers, or specialised computers which sort and determine where to send your information.
What is the Internet? The Internet is a global computer network providing a variety of information and communications facilities, consisting of interconnected networks using standardized communcation protocols.
Computers were in development from as early as the 1950’s, but the general public wouldn’t hear of the World Wide Web until the 1980’s. By the year 2000, the internet was accessible to the general public from their home computers. It was used mainly for e-mailing, online shopping and research, but with its growing popularity, the World Wide Web was quick to expand its content. We can now, in the present day, access the internet on a number of platforms such as mobile phones, laptops and PCs, and even Smart Televisions, which makes a vast difference to the platforms people used 30 years ago.
If you ask someone what the greatest technological breakthrough of the twentieth century was, you are sure to get mixed responses. Some may say the television, others will say modern medicine, and
For example, the invention of paper money changed the world because according to the craig benjamin article “Trade Goods, and ideas , Travel the silk road between Asia and Europe” It stated that illness and diseases had left the silk road unused for almost 500 years because of the millions that died in China and Rome. It goes on to stay that during the song Dynasty “New technology encouraged more trade. The invention of paper money allowed traders to do business on a large scale”. This also made trading, buying, and selling easier. Also, the creation of the compass had an impact on the world, because the compass made it safer and simpler for sailing to places. The ted ed video by shannon harris castelo the silk road connecting the ancient world through trade. States that “The silk road success led to its own demise as new maritime technologies, like the magnetic compass, found their way to europe, making long land routes obsolete. It goes on to explain that this also caused the beginning of the age of exploration. Paper money and compass being passed along the silk road proves that technology and innovations had the greatest effect on the world.
The origins of the Internet date back to research commissioned by the United States government in the 1960s to build robust, fault-tolerant communication via computer networks. The primary precursor network, the ARPANET, initially served as a backbone for interconnection of regional academic and military networks in the 1980s. The funding of a new U.S. backbone by the National Science Foundation in the 1980s, as well as private funding for other commercial backbones, led to worldwide participation in the development of new networking technologies, and the merger of many networks. The linking of commercial networks and enterprises by the early 1990s marks the beginning of the transition to the modern Internet, and generated a sustained exponential growth as generations of institutional, personal, and mobile computers were connected to the network.
Everything related to technology is important because it allows us to interact with each other and do things that we never imagined. A century from now, there could be inventions in the technological aspect that we always thought were impossible to create. Humans will always be creating new ideas and inventions that will prove revolutionary to us every day. Every invention matters because you never know what idea it will inspire next.
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)
In conclusion, "the Internet is a network of networks," (Quarterman and Salus), it uses certain protocols to transmit information, and it goes through certain procedures for you to receive information. The Internet is a complicated system but we all use it for school, work, or just pleasure. The information found in this research project was intended to help you learn more about how the Internet works and hopefully you now have a better understanding of the "world's largest distributed system," (Quarterman and Salus).
The Internet is a global network connecting millions of personal, institutional and company computers. The number of computers used by the internet is growing rapidly. The United States is connected with over 100 countries worldwide and linked together to exchange of data, news and opinions. The Internet is decentralized design. This means that there isn't just one computer that stores all of the information from the Internet. There are many independent host servers located throughout the US and the world that store the information made available to the global Internet community.
Exploring The Internet The Internet is like a network of networks where any computer can link up to information stored within it. It is accessed by a telecommunications line and a modulator-demodulator (MODEM). It is brought to your computer screen by converting analogue telephone signals into digital computer signals. There are many advantages and disadvantages on the Internet.
The internet is a global system of interconnected computer networks that use the internet protocol suite to link several billon devices worldwide (Wikipedia). The internet is sometimes simply referred to as the ‘Net’ or the “online world”, is now the most ubiquitous or universal conveyor of electronic information (Gourley). The term internet essentially refers to the broadcasting, transfer, and reconstruction of digitally-coded data between two or more machines equipped with computer chips. For the today’s online users, the flow of bits and bytes occurs instantly and invisibly. Yet, The internet was technically born decades ago, but the internet was introduced to the world when a company, named Netscape, went public in 1995. Netscape introduced the masses to the free flow of electronic information through a web browser. In other words, it is the translation of digital data from remote repositories and the results are displayed on screen (in form of a website or web page) – while well known online companies like America Online and CompuServe existed prior that time, both restricted their users to from their own portfolio of proprietary data, which is a closed end system known as the Intranet.
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.
Working with Internet does not mean just browsing www and sending and receiving e-mails. The Basic Structure of the Internet was developed through last 30 years of existence of the Internet. The Internet is a heterogeneous worldwide network consisting of a large number of host computers and local area networks. The Internet uses the TCP/IP suite of protocols. This allows the integration of a large number of different computers into one single network with highly efficient communication between them. This way, the user can access information on all kinds of host computers from a desktop PC, Macintosh, or whatever he/she has available. TCP/IP, the communication standard underlying the Internet, originates from work done at the US-Department of Defense in the late 1960s. The first version of the Internet was built in 1969 and consisted of just four computers. In 1982 a set of specifications and protocols have been implemented, which became known as TCP/IP in reference to their two major elements, the "Transmission Control Protocol" and the "Internet Protocol". The development and implementation of TCP/IP stimulated a massive growth process for the Internet. "By late 1987 it was estimated that the growth had reached 15% per month and remained high for the following two years. By 1990, the connected Internet included over 3,000 active networks, over 3,000 active networks, and over 200,000 computers. By January 1992 the number of hosts on the Internet was 727,000, doubling about every 7 months. Various groups of users are connected to the Internet: universities and other educational institutions, government agencies, the military, and at an increasing number private businesses.
Many centuries ago, art was rendered inaccessible by the masses and was reserved for the few high society members who had the means of access to appreciate history in the making. Through the use of technology, art has been made hugely accessible by the ability to trade media forms, mainly through the Internet and other technological means. Much like the printing press was for literature with Gutenberg in 1445, technology has heightened art and moreover, the expression of it.
The Internet started as a Defense Department Cold War experiment in the 1950’s. (Academic American, 225). The government needed a way to relay information between tanks and headquarters so the APRA (Advanced Research Projects Agency) sought a way to let signals from the battlefield reach a headquarters computer using satellites and radio signals. At the same time the command posts of the nation were located deep underground in mountains in fear of nuclear war. (Diamond, 3). Paul Baran, working for the U.S. Air Force, developed a network that could reroute itself around damage caused by the impact of an Intercontinental Ballistic Missile by using "redundancy of connectivity". This meant that in the event of a break in the network the server would re-route the information in an alternate path through a new technique called "packet switching". Packet Switching is a means of breaking up the message being sent into small packets which carry enough information to seek out its destination and sending them out separately towards the destination server. The message after being broken up would take separate routes to the destination and then be re-assembled by the computer at the server where the message was being sent. This was good because with more than one route for information to travel on, the enemy did not have one central point to target their attack to break the lines of communication and in the event of some break in the line information could still travel through. (Diamond, 4).