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Internet routing algorithms, transmission and time: Toward a concept of transmissive control.

机译:互联网路由算法,传输和时间:建立传输控制的概念。

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This dissertation develops the concept of transmissive control to explore the consequences of changes in Internet routing for communication online. Where transmission often denotes an act of exchanging information between sender and receiver, transmissive control theorizes transmission as the production and assignment of common times or temporalities between components of a communication system. Transmissive control functions both operationally according to how computational algorithms route Internet data (known as packets) and systematically according to how patterns in these operations express temporalities of coordination and control. Transmissive control questions how algorithms transmit packets and how transmission expresses valuable temporalities within the Internet.;The concept of transmissive control developed as a response to advanced Internet routing algorithms that have greater awareness of packets and more capacity to intervene during transmission. The temporality of the Internet is changing due to these algorithms. Where transmissive control has been made possible by the Internet’s core asynchronous design that allows for many different temporalities to be simultaneous (such as real-time networks or time-sharing networks), this diversity has taxed the resources of the Internet infrastructure as well as the business models of most Internet Service Providers (ISPs). To bring the temporality of the Internet back under control, ISPs and other network administrators have turned to transmissive control to better manage their resources. Their activities shift the Internet from an asynchronous temporality to a poly-chronous temporality where network administrators set and manage the times of the Internet.;Where this turn to traffic management has often been framed as a debate over the neutrality of the Internet, the dissertation re-orientates the debate around transmissive control. Tactics by the anti-copyright Pirate Bay and Internet transparency projects illustrate potential political and policy responses to transmissive control. The former seeks to elude its control where the latter seeks to expose its operation. These components as well as the operation of transmissive control will be developed through a series of metaphors from the film Inception, the demons of Pandemonium, the novel Moby-Dick and the film Stalker. Each metaphor cooperate to provide a comprehensive discussion of transmissive control.
机译:本文提出了传输控制的概念,以探讨互联网路由变化对在线通信的影响。在传输通常表示在发送方和接收方之间交换信息的行为的情况下,传输控制将传输理论化为通信系统组件之间公共时间或时间的产生和分配。传输控制既可以根据计算算法如何路由Internet数据(称为数据包)来运行,也可以根据这些操作中的模式如何表达协调和控制的时间来系统地运行。传输控制对算法如何传输数据包以及传输如何在Internet内表达有价值的时间提出了疑问。传输控制的概念是对高级Internet路由算法的响应而开发的,该算法对数据包的了解更多,并且在传输过程中有更大的干预能力。由于这些算法,Internet的时间性正在发生变化。如果Internet的核心 asynchronous 设计使传输控制成为可能,该设计允许许多不同的时间同时发生(例如实时网络或分时网络),则这种多样性已使Internet基础结构以及大多数Internet服务提供商(ISP)的业务模型。为了使Internet的实时性重新得到控制,ISP和其他网络管理员已转向传输控制以更好地管理其资源。他们的活动将互联网从异步时间性转变为网络管理员设置和管理互联网时间的多时间时间性;转向流量管理的地方通常被认为是对互联网管理的争论。互联网的中立性,论文重新定位了关于传输控制的争论。反版权海盗湾和互联网透明项目的策略说明了对传输控制的潜在政治和政策反应。前者试图逃避其控制,而后者试图暴露其运行。这些组成部分以及透射控制的操作将通过电影《盗梦空间》,《 Pandemonium的魔鬼》,小说 Moby-Dick 和电影中的一系列隐喻得到发展。 Stalker。每个隐喻相互配合,以提供对透射控制的全面讨论。

著录项

  • 作者

    McKelvey, Fenwick Robert.;

  • 作者单位

    Ryerson University (Canada).;

  • 授予单位 Ryerson University (Canada).;
  • 学科 Information Technology.;Multimedia Communications.
  • 学位 Ph.D.
  • 年度 2013
  • 页码 336 p.
  • 总页数 336
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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