Changes between Version 45 and Version 46 of GENIEducation/SampleAssignments/OpenFlowLoadBalancerTutorial/ExerciseLayout/Execute


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Timestamp:
07/15/13 12:10:38 (11 years ago)
Author:
shuang@bbn.com
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  • GENIEducation/SampleAssignments/OpenFlowLoadBalancerTutorial/ExerciseLayout/Execute

    v45 v46  
    1818
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    20 = 2. Implement a Load Balancing OpenFlow Controller =
     20= 1. Implement a Load Balancing OpenFlow Controller =
    2121 
    22 == 2.1 Experimental Setup ==
     22== 1.1 Experimental Setup ==
    2323  [[Image(OpenFlowLBExo.png, 30%, nolink)]] [[BR]]
    2424  At this point, we assume that you have already created the topology, otherwise: [[BR]]
    … …  
    2929    - '''Aggregator''': This node is a Linux host running Open vSwitch with a switch controller that will cause TCP connections to “follow” the decisions made by your OpenFlow controller on the Switch node. So leave this node alone, you only need to implement the OpenFlow controller on node "Switch".
    3030
    31 == 2.2 Balancing the Load ==
    32   An example OpenFlow Controller that arbitrarily assigns incoming TCP connections to alternating paths is already downloaded for you. You can find it in the home directory of node "Switch". [[BR]]
    33   If you did not find it, please log on to node "switch", download the load balancing controller by running:
    34 {{{
    35 wget http://www.gpolab.bbn.com/experiment-support/OpenFlowExampleExperiment/ExoGENI/load-balancer.rb /root/
    36 }}}
     31== 1.2 Run an example Load Balancing OpenFlow Controller ==
     32  An example OpenFlow Controller that assigns incoming TCP connections to alternating paths '''based on total number of flows''' is already downloaded for you. You can find it (load-balancer.rb) in the home directory of node "Switch". [[BR]]
     33  - Log on to node "Switch", start this Load Balancer by executing the following:
     34  {{{
     35  /opt/trema-trema-f995284/trema run /root/load-balancer.rb
     36  }}}
     37  - After you started your Load Balancer, you should be able to see the following (Switch id may vary):
     38  {{{
     39  OpenFlow Load Balancer Conltroller Started!
     40  Switch is Ready! Switch id: 196242264273477
     41  }}}
     42  This means the OpenFlow Switch is connected to your controller and you can start testing your OpenFlow Load Balancer now.
    3743 
    3844== 2.3 Use GIMI Portal to run the experiment and monitor the load balancer ==