The architecture of symbolic computers by Peter M. Kogge

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By Peter M. Kogge

Specializes in the layout and implementation of 2 sessions of non-von Neumann machine structure: these designed for practical and logical language computing.

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OpenFlow assumes that there is a central controller software running as a virtual machine (VM), or as a container, or directly on the host OS of a server. info | 31 Figure 1-11. Openflow in action Switches have a lightweight control plane and a comparatively more powerful for‐ warding engine. The most important piece of state on an OpenFlow-controlled switch is its flow table. The switches’ control plane is connected to the central con‐ troller via an OpenFlow TCP session, whose purpose is to exchange OpenFlow messages.

OpenFlow assumes that there is a central controller software running as a virtual machine (VM), or as a container, or directly on the host OS of a server. info | 31 Figure 1-11. Openflow in action Switches have a lightweight control plane and a comparatively more powerful for‐ warding engine. The most important piece of state on an OpenFlow-controlled switch is its flow table. The switches’ control plane is connected to the central con‐ troller via an OpenFlow TCP session, whose purpose is to exchange OpenFlow messages.

Info So far, this description of the Internet is unrelated to MPLS. To understand the original motivation for MPLS, you need to look inside an AS. Let’s take the time to understand the topology that will be used in the first eight chap‐ ters of this book. It is a worthwhile investment of time. ISP Example Topology This topology builds on the previous example. Annika is working, and her laptop is H1. At some point, she realizes that she needs to retrieve some data from the provider (more specifically from H3).

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