QUOTE (sky of mind @ Sunday, 13 July 2008, 5:40 pm)

What's your point?
In other words, where are you leading?
I'm trying to make sense of the words we are using in an effort to communicate. "Net neutrality," for instance, does not translate into the free speech problem I'm concerned with. So I asked you to specify how you see it related. I am working from a number of net neutrality definitions, none of which describe the problem I'm concerned with.
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Net NeutralityNetwork neutrality (equivalently net neutrality, Internet neutrality or simply NN) is a principle that is applied to residential broadband networks, and potentially to all networks. A neutral broadband network is one that is free of restrictions on the kinds of equipment that may be attached, on the modes of communication allowed, which does not restrict content, sites or platforms, and where communication is not unreasonably degraded by other communication streams.[1][2][3]
The possibility of regulations designed to mandate the neutrality of the Internet has been subject to fierce debate in various fora. Though the term did not enter popular use until several years later, since the early 2000s advocates of net neutrality and associated rules have engaged in mutual campaigns with broadband providers over the ability to use "last mile" infrastructure to block opposed internet applications, and content providers (e.g. websites, services, protocols), particularly those served by competitors. Neutrality proponents also claim that telecom companies seek to impose the tiered service model more for the purpose of profiting from their control of the pipeline rather than for any demand for their content or services.[4] Others have stated that they believe net neutrality to be primarily important as a preservation of current freedoms.[5] As Vint Cerf, co-inventor of the Internet Protocol, has stated, "The Internet was designed with no gatekeepers over new content or services. A lightweight but enforceable neutrality rule is needed to ensure that the Internet continues to thrive."[6]
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Net NeutralityWhat is Net Neutrality?
Presentation by Earl W. Comstock
President and CEO
COMPTEL
What COMPTEL means when it calls for Net neutrality is reinstatement of the basic legal requirements that the Internet was founded on - nondiscrimination, interconnection on reasonable terms and conditions, service upon reasonable request, the right to attach devices to the network, and the right to innovate and provide service without having to obtain the permission of the network operator.
This is not to say that the network operator is without rights - many COMPTEL members are themselves network operators, and in order to remain in business they all expect to be paid for their services. Under Net neutrality network operators are entitled to charge, on a non-discriminatory basis, for the transmission services they provide and to charge more for the use of larger amounts of bandwidth. Network operators are also entitled to offer consumers whatever content and services they want.
What Net neutrality would not allow a network operator to do, however, is to favor the transmission of their own or affiliated content or services, to act as gatekeepers on who can provide content or services, to discriminate against unaffiliated content and services in the allocation of transmission capacity, or to force consumers to buy unwanted content and services in order to obtain basic transmission services.
Ways Network Operators Can Discriminate
There are many ways in which a network operator can discriminate. As a result, the concept of Net neutrality must deal with each of them. Some, like bit discrimination and port blocking, are addressed by both the narrow FCC approach and the broader neutral network approach. However, the FCC approach stops there, far short of what is needed. To ensure that the Internet we have today continues to grow and flourish, there are several other discriminatory tactics that need to be addressed. These include:
Attachment of devices is a concept that refers to the ability to attach devices to a transmission network. Telephone network users generally have the right to attach any device to the network without obtaining the network operator's permission so long as the device will not harm the network or other users of the network and conforms to certain minimal specifications. In contrast, cable network operators can control what kind of devices are allowed to attach to their network, and that is the reason there is limited competition in set top boxes and cable modems and why many cable users still rent their devices. The ability to attach devices without approval or interference from the network operator is essential for continued innovation.
Bit discrimination is a term used to describe actions by the network operator to either favor its own content and services or to degrade the content or services of other providers by using information conveyed in the individual bits of a message to identify which messages to favor or degrade. Bit discrimination can be accomplished in any one of several ways. A network operator could, for example, instruct its routers (machines which direct the flow of information to its destination) to delay all traffic bound for Google.com by sending it to another network operator rather than carrying it directly to the address. In the alternative, the network operator could use the sender's address to favor its own services by instructing its routers to give priority to all packets that originate from a Verizon.net address.
Port blocking is a term used to describe a specific form of discrimination in which the network operator uses information in the message header which tells the receiving computer which software application to use to open the information. The computer knows which software to use by the "port" through which the message enters the computer's communications hardware. If a network operator wishes to block a particular application, for example a Voice over Internet Protocol (VoIP) telephone call, it can do so by blocking messages destined for the port used by that application.
Quality of service is a term that is generally used to describe service offerings in which the transmission component is managed with respect to bandwidth, latency, jitter, priority, or other technical aspects of the transmission in order to ensure the quality of a particular service offering. Quality of service (QoS) is used to differentiate service offerings from the baseline standard for Internet transmissions, which operate on a "best-efforts" basis. In cases where bandwidth constraints or other factors result in congestion in the transmission network, QoS can be used to prioritize the delivery of certain types of services (for example VoIP or video services).
Many network operators are attempting to market QoS as an alternative to the "best efforts" approach of the Internet. Best efforts means that all traffic has the same priority, and the network uses its best efforts to deliver all of the traffic. The problem created by QoS is that it requires additional protocols and network management software in order to provide it, thus increasing the cost and complexity of the network.
Perhaps more importantly, QoS negates one of the key benefits of the Internet, which is the use of a common protocol (IP) to allow unimpeded transmission across multiple networks. When QoS is added, it helps balkanize the Internet because transmissions across multiple networks require cooperation among the network operators to ensure that each is using the same QoS protocols. Six years ago Internet2 (an organization tasked with designing and testing next generation Internet technologies) took a close look at QoS technology, and concluded that the cheaper solution to congestion problems was to add bandwidth and continue to use best efforts.
Bandwidth starvation is a term used to describe actions by a network operator to degrade or block applications or services by limiting the bandwidth (capacity) available to provide those services. One way to think of bandwidth starvation is in terms of trying to drink through a straw instead of a garden hose. Bandwidth starvation can be accomplished in a number of ways. At the consumer end, network operators can limit the upstream (sending) capability of user equipment in order to prevent consumers from providing content to other users, or can limit the bandwidth available for downstream content in order to prevent consumers from being able to access competing content. Examples of this would be limiting upstream transmission so that large bandwidth transmissions like digital video content takes much longer to send, thus limiting consumers ability to send movies, or limiting downstream transmission so that video streaming can't compete with the network operator's cable offerings. On the network end, the network operator can create bandwidth starvation by limiting the capacity of its interconnection points, so that content coming from a competing network provider has to squeeze through a narrow choke point, or by creating a two-tier network (as some Bell company officials have proposed) where the bulk of the bandwidth is reserved for the network operator's "private" network and remainder is allocated to the "public" network.
Interconnection is a term used to describe the physical linking of two transmission networks. The Internet is a series of interconnected transmission networks that all use a common addressing protocol (the Internet Protocol or IP) to facilitate seamless transmission across the disparate networks. The primary issues with respect to interconnection are the bandwidth (capacity) of the interconnection and where the interconnection will occur. If the connection between the two networks is too small for the amount of traffic being sent from one network to the other, congestion will occur and transmissions can be degraded or lost. Likewise, if a network operator can only interconnect with another operator at a single location or at distant locations, congestion and/or degradation can occur because of the concentration of traffic across a single point or the additional distance traffic must travel. Historically, if a network operator is under no legal obligation to interconnect its network, voluntary interconnection rarely occurs.
Caching is a term that refers to the local storage of information that is frequently requested by an end user. By storing frequently accessed information, in particular large files like pictures or graphics, at a local storage site near the end user, caching allows the content provider to reduce network congestion (to the extent there is any) and reduce the time needed to run an application (for example, web pages appear faster and file downloads take less time). Caching arises as an issue in net neutrality discussions in two ways. First, because caching must be done on devices located closer to the end user, in general these devices are physically located in a facility under the control of the local network operator (for example in a central office or a cable head end). In the alternative, if the caching is done at a physical location not under the network operator's control, then the local storage device needs to be interconnected with the local network. As a result, in the absence of a right for competitors to physically collocate equipment or to interconnect with a local network, a network operator could use local caching to favor their own content and services.
Each of these potential discriminatory actions by themselves would be sufficient to seriously inhibit, if not prevent entirely, competition in the provision of information services. This diagram illustrates in red the many different potential choke points that can come into play in the absence of strong Net neutrality requirements. Interconnection issues occur at the incumbent local exchange carrier (ILEC) central offices (numbers 2 and 4) and at the interconnection point with the ILEC network (number 3). Bandwidth starvation is illustrated by the narrow red "ILEC public Internet" lines connecting homes to the central offices and the central offices to the interconnect point. The broader blue pipes of the ILEC illustrate how the ILEC reserves more capacity for itself and its service offerings.
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Net NeutralityA Definition of Network Neutrality
"Network neutrality is the principle that Internet users should be in control of what content they view and what applications they use on the Internet. The Internet has operated according to this neutrality principle since its earliest days. Indeed, it is this neutrality that has allowed many companies, including Google, to launch, grow, and innovate. Fundamentally, net neutrality is about equal access to the Internet. In our view, the broadband carriers should not be permitted to use their market power to discriminate against competing applications or content. Just as telephone companies are not permitted to tell consumers who they can call or what they can say, broadband carriers should not be allowed to use their market power to control activity online. Today, the neutrality of the Internet is at stake as the broadband carriers want Congress’s permission to determine what content gets to you first and fastest. Put simply, this would fundamentally alter the openness of the Internet.”
Source: Students for Net Neutrality
Net Neutrality - An Overview Video from Public Knowledge
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Definition of Net neutrality Net neutrality is the principle that data packets on the Internet should be moved impartially, without regard to content, destination or source. Net neutrality is sometimes referred to as the "First Amendment of the Internet."
In the United States, high-speed Internet carriers, including AT&T, Comcast, Time Warner and Verizon, are seeking legislative support for a two-tiered Internet service model. In a two-tiered model, carriers would be able to charge owners of Web sites a premium fee for priority placement and faster speed across their pipes. Those opposing the carriers argue that the Internet was designed to work in a traffic-neutral way and has become what it is, to some extent, because of that neutrality. They would like to see Congress pass a telecom reform bill that contains language in favor of Net neutrality.
Critics of the two-tiered model fear that the extra costs incurred for premium service would be passed down to the consumer in fees for sites, applications and services. They point out that small, independent sites, such as personal blogs, are on an even playing field with large, corporately-owned sites in a Net-neutral environment but might be unable to compete in a tiered service model. Editors at the popular SaveTheInternet.com Web site explain, "The Internet has thrived because revolutionary ideas like blogs, Wikipedia or Google could be started on a shoestring and attract huge audiences simply because their users found the sites valuable. Without Net neutrality the pipeline owners will choose the winners and losers on the Web."
Proponents of the two-tiered model point out that a tiered business model already exists: consumers have a choice of using a slower dial-up service or paying a premium price for faster speed over cable or DSL. Providers argue that if that two-tiered business model is applied to site owners as well as users, carriers will be able to offer more services like Internet-based cable TV programming and video at competitive rates. They maintain that legislation protecting Net neutrality would be a unnecessary barrier to the Internet tradition of innovation and free enterprise.
Organizations and individuals that support Net neutrality include Amazon.com, Earthlink, EBay, Google, Intel, Microsoft, Skype, Vonage and Yahoo, the New York Times, Los Angeles Times, San Francisco Chronicle, San Jose Mercury News, Seattle Times, St. Petersburg Times and Christian Science Monitor, Internet pioneer Vint Cerf, Tim Berners-Lee (creator of the World Wide Web), Stanford law professor Lawrence Lessig and FCC Commissioner Michael Copps.
You've indicated we are discussing something here, I'm trying to understand whether it's "something" or "somethings" and whether the information feedback is going to the wrong things.
So far I feel something like it's been a feedback system where two people in bed have an electric blanket with two heating units, and they each have the controls for the other's. I get feedback from my side that I'm cold, I turn up the dial, you get feedback from your's that you are hot, you turn down the dial. I get colder, you get hotter.
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Sky: I didn't consider Your link to be the entire subject. To some degree the thread has drifted to expand to cover other concepts and issues of free speech on the internet.
We moved from the broad introduction to "the Progressive Strategy Brain" into a subdiscussion of free speech and private property. I'm not sure how your mind has worked with that, at this point. I've tried to maintain a consistent theme for my side of the feedback loop.