40 maps that explain the internet

Initially, the entire ARPANET was managed by the military. However, network operators are aware that as the centralized network continues to grow, it will soon become unmanageable. They decided to reorganize the network into a decentralized "network". In this scenario, different networks are controlled by different organizations, but all networks can communicate using shared standards and form a shared "Internet". The military asked computer scientists Robert Kahn and Vint Cerf to develop new network standards to achieve this goal. The result is a series of standards called TCP / IP. These standards specify the basic format of packets sent over the Internet. As of January 1, 1983, ARPANET switched to TCP / IP and recorded the birth of modern internet. From the user's point of view, switching to TCP / IP does not make a big difference. Applications such as e-mail and telnet work in much the same way as before. But this new standard opens the way for faster network growth by lowering barriers to entry into new networks. One of the first new networks to connect to the new Internet is CSNET. This is funded by the National Science Foundation and connects to the computer science department throughout the country. This map shows the locations of ARPANET and CSNET nodes (labeled "Phonenet") communicated using TCP / IP since 1983. When the ARPANET retired in 1990, it was only one of many networks making up the Internet. Today, the Internet consists of over 40,000 different networks. These networks communicate with each other using Cerf and Kahn's TCP / IP standards, which were developed in the 1970s.

The Internet map is a two-dimensional representation of a link between Web sites on the Internet. Each website is a circle on the map and its size is determined by the traffic of the website. The more traffic, the larger the circle. Users switch the web site to form a link, the stronger the link, the closer the websites are to each other. As with scale, change is a difficult problem to master. Frequent changes are slow, continuous, not much. Even the fundamental change is so gentle, you can hardly see what it is going on. Visualizing the data makes it easier to understand the trend of the game by bringing changes into one graphic and speeding up the passage of time.

This research aims to associate the visual process of mapping with the Internet living space. This is a boundary that is hardly mapped throughout the existence process. Although there are many maps on the Internet, it is more difficult to find Internet maps, so the project will show how such visual representation looks like, how it is not in the information transmission on a global scale Ask if you can use it to express equality. Buzzmetrics of Nielsen, J. A Power marketing intelligence company such as Umbria and Motivequest says "Blogs, online forums and other social media are all" buried in the mountains of data ". Analytics services provided by these companies browse various social media. For large databases, it is used to interpret "consumer language" (http://motivequest.com).