Community-Lab introduction

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Comment:Don't hover along experiment example, just show the labelled version.
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User & Date: ivan on 2012-10-07 22:48:21
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Context
2012-10-07
22:57
Add "Experiment example" title to slide. check-in: 1547e7907a user: ivan tags: trunk
22:48
Don't hover along experiment example, just show the labelled version. check-in: 47e4dbffde user: ivan tags: trunk
22:31
Keep base CN coop diagram at sight, be more explicit about additional antenna usage. check-in: 2d9ee92f63 user: ivan tags: trunk
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Modified script.txt from [cab57e20a5] to [c9593ab5d1].

   175    175   ** An example experiment
   176    176   to show how the testbed works.  We'll create two slivers which ping each
   177    177   other. *##*
   178    178   
   179    179   # Use summary diagram, maybe colorise labels.
   180    180   1. The researcher first contacts the server and registers a slice description
   181    181      which specifies a template for slivers (e.g. Debian Squeeze) and includes
   182         -   data and programs to setup slivers and run experiments. *##*
   183         -2. This and all subsequent changes performed by the researcher are stored in
   184         -   the registry, which holds the config of all components in the testbed. *##*
   185         -3. The researcher chooses two nodes and registers sliver descriptions for them
          182  +   data and programs to setup slivers and run experiments.
          183  +
          184  +   The researcher chooses two nodes and registers sliver descriptions for them
   186    185      in the previous slice.  Each one includes a public interface to the CN.
   187         -   Then the researcher tells the server to instantiate the slice. *##*
   188         -4. Each of the previous nodes gets a sliver description for it.  If enough
          186  +
          187  +   This and all subsequent changes performed by the researcher are stored in
          188  +   the registry, which holds the config of all components in the testbed.
          189  +2. The researcher tells the server to instantiate the slice.
          190  +
          191  +   Each of the previous nodes gets a sliver description for it.  If enough
   189    192      resources are available, a container is created by applying the sliver
   190         -   configuration over the selected template. *##*
   191         -5. Once the researcher knows that slivers have been instantiated, the server
   192         -   can be commanded to activate the slice. *##*
   193         -6. When nodes get instructions to activate slivers they start containers. *##*
   194         -7. Containers execute the setup & run programs provided by the researcher. *##*
   195         -8. Researchers interact straight with containers if needed (e.g. via SSH) and
   196         -   collect results from them. *##*
   197         -9. When finished, the researcher tells the server to deactivate and
   198         -   deinstantiate the slice. *##*
   199         -10. Nodes get the instructions and they stop and remove containers. *##*
          193  +   configuration over the selected template.
          194  +3. Once the researcher knows that slivers have been instantiated, the server
          195  +   can be commanded to activate the slice.
          196  +
          197  +   When nodes get instructions to activate slivers they start containers.
          198  +
          199  +   Containers execute the setup & run programs provided by the researcher.
          200  +4. Researchers interact straight with containers if needed (e.g. via SSH) and
          201  +   collect results from them.
          202  +5. When finished, the researcher tells the server to deactivate the slice.
          203  +6. And also to deinstantiate it.
          204  +
          205  +   Nodes get instructions and they stop and remove containers, respectively.
          206  +7. If the researcher wants to, the slice itself can be removed.
   200    207   
   201         -This is a summary of all the previous steps. *##*
          208  +This was a view of the testbed from a research perspective.  From the
          209  +community perspective, *##*
   202    210   
   203    211   * Cooperation between community networks and Community-Lab
   204    212   can take different forms.  Given a typical CN like this, with most nodes
   205    213   linked using cheap and ubiquitous WiFi technology: *##*
   206    214   
   207    215   - CN members can provide an existing CD and let CONFINE connect a RD to it via
   208    216     Ethernet.  Experiments are restricted to the application layer unless the

Modified slides.svg from [01d703677d] to [795341c1a7].

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