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This is a very contentious topic because major carriers are lobbying to eliminate network neutrality and be able to charge Web sites extra fees to carry higher traffic. Down the road, it implies that owners of all Web sites
may have to pay additional fees in order to prevent their content from bogging down in a low priority queue. The Internet leveled the playing field due to network neutrality. Without it, startup sites and small Web sites would
be at a disadvantage compared to large, established sites.
Columbia University law professor Tim Wu popularized the phrase network neutrality as a term designating a network that does not favor one application (for example the World Wide Web) over another (such as online gaming or Voice
over IP).[1] Wu claims that the Internet is not neutral "as among all applications" as it favors file transfer over real-time communication.
Additionally, large Internet content and network providers maintain
that network neutrality primarily concerns the question of whether or to what extent networks should be able to favor or disfavor certain subdivisions of applications, such as certain websites (e.g. Google[2][3]) in the case of
the World Wide Web or certain brands of Voice Over IP or any other application.
Network neutrality also designates a contemporary controversy mostly local to the United States regarding the role that government should
take relative to Internet access providers providing multiple levels of service for different fees. This controversy, which emerged following regulatory developments in the United States, is extremely complex, as it mixes
technical, economic, ideological and legal arguments. In essence, network neutrality regulations proposed by Senators Olympia Snowe (R-Maine) and Byron Dorgan (D-North Dakota) [4] and Representative Ed Markey (D-Mass.) bar ISPs
from offering Quality of Service enhancements for a fee.
Network neutrality is sometimes used as a technical term, although it has no history in the design documents (RFCs) describing the Internet protocols. In this
usage, it is claimed to represent a property of protocol layering in which higher-layer protocols may not communicate service requirements to lower-layer protocols, a highly idiosyncratic interpretation of protocol engineering.
(In conventional network engineering practice, each protocol in a layered system exposes Service Access Points to higher layers that can be used to request a level of service appropriate to the needs of higher-layer protocols.)
LINKS:
Save the Internet Fighting for Internet Freedom
DefendNetNeutrality.org
Network Neutrality Information from Answers.com
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