Description

Book Synopsis
Contributions by Elvia Wilk, Graham Harman and Adrian MackenzieIn 1959, the American engineer Paul Baran was charged by the RAND Corporation with the task of designing a telecommunications network resilient enough to survive a nuclear attack. A year later Baran published his proposed solution: a network of distributed nodes without a centralized core. He argued that a distributed network would be indestructible because the connections between its nodes were redundant; multiple connections safeguard a system from total destruction if individual nodes are damaged. A decade later, Baran's distributed relay node architecture formed the conceptual framework for the first system of inter-networked computers, which would become the basis for today's decentralized wireless internet. Elvia Wilk

Network Time

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    A Paperback / softback by Spires Hadjidjianos

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      Publisher: APE
      Publication Date: 01/09/2014
      ISBN13: 9789490800253, 978-9490800253
      ISBN10: 9490800252
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      Description

      Book Synopsis
      Contributions by Elvia Wilk, Graham Harman and Adrian MackenzieIn 1959, the American engineer Paul Baran was charged by the RAND Corporation with the task of designing a telecommunications network resilient enough to survive a nuclear attack. A year later Baran published his proposed solution: a network of distributed nodes without a centralized core. He argued that a distributed network would be indestructible because the connections between its nodes were redundant; multiple connections safeguard a system from total destruction if individual nodes are damaged. A decade later, Baran's distributed relay node architecture formed the conceptual framework for the first system of inter-networked computers, which would become the basis for today's decentralized wireless internet. Elvia Wilk

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