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+Experiments
+===========
+
+Mini-NDN includes an experimentation framework which allows a user to create and automate
+networking experiments. Users can run existing experiments, included with Mini-NDN, or define
+their own custom experiment.
+
+## Running existing experiments
+
+Mini-NDN includes three example experiments that can be used to test the network or as reference
+for custom experiment implementations. ``ndn-tools`` must be installed to run the example
+experiments as each experiment uses both ``ndnpingserver`` and ``ndnping``. Please see
+[INSTALL.md](../INSTALL.md) for instructions on installing ``ndn-tools``.
+
+To see a list of the available experiments, run Mini-NDN using the ``--list-experiments`` parameter:
+
+    minindn --list-experiments
+
+To run an experiment, provide the experiment name as an argument to the ``--experiment`` parameter:
+
+    sudo minindn --experiment=pingall
+
+Each experiment will run until completion or exit if there is an error setting up the
+test environment.
+
+The three included experiments are set up using the same starting
+configuration. Each node runs NFD, NLSR, and an ndnpingserver which advertises the node's
+site name. After a waiting period to allow the network to converge (default is 60 seconds),
+the convergence status of the network is checked. If each node's FIB does not have an entry
+for every other node's router name and advertised prefix, the experiment is aborted and an error
+is reported.
+
+#### Common experiment parameters
+
+The time allowed for convergence (in seconds) can be configured using the ``--ctime`` parameter:
+
+    sudo minindn --ctime=30 ...
+
+After the experiment has finished running, the command-line interface (CLI) will be launched and the
+user can then interact with the test environment. To disable the CLI and instead exit Mini-NDN
+as soon as the experiment has finished, use the ``--no-cli`` parameter:
+
+    sudo minindn --no-cli ...
+
+The included experiments are described in detail below along with additional
+parameters that can be provided to modify the execution of the experiments.
+
+### Pingall experiment
+
+**Scenario**: Each node in the network simultaneously pings every other node in the network at a
+one second interval.
+
+**Experiment ID**: ``--pingall``
+
+The number of pings sent in the experiment can be configured using the ``--nPings`` parameter:
+
+    sudo minindn --experiment=pingall --nPings=120
+
+By default, ``--nPings`` is 300 for the Pingall experiment.
+
+### Failure experiment
+
+**Scenario**: Each node in the network simultaneously pings every other node in the network at a
+one second interval. After 60 seconds, the node with the name "csu" is brought down. The node is
+left in a failed state for 120 seconds while the other nodes continue pinging. After this period,
+the failed node is recovered and pings are collected for an additional 90 seconds.
+
+**Experiment ID**: ``--failure``
+
+``--nPings`` is 300 for the Failure experiment and cannot be modified.
+
+### Multiple failure experiment
+
+**Scenario**: Each node in the network simultaneously pings every other node in the network at a
+one second interval. After 60 seconds, the first node in the network will be brought down and remain
+in failed state for 60 seconds. After the failure period, the node is recovered and the network
+is allowed to recover for 60 seconds. After the recovery period, the next node will go through this
+failure and recovery process. Once every node in the network has gone through the failure and
+recovery process, the experiment will end.
+
+**Experiment ID**: ``--multiple-failure``
+
+``--nPings`` is dependent on the size of the topology being tested. 120 pings are scheduled for
+each node's failure/recovery period as well as an additional 60 pings for the initial collection
+period.
+
+## Creating custom experiments
+
+Mini-NDN provides a simple Python based framework which allows a user to define their own experiment
+and run it from the command line.
+
+To create an experiment, follow these steps:
+
+1. Create a Python source file for the experiment in the ``ndn/experiments`` directory.
+
+   e.g.) ``ndn/experiments/example.py``
+
+2. Derive the experiment from the ``Experiment`` base class defined in
+   ``ndn/experiments/experiment.py``.
+
+        #!/usr/bin/python
+
+        from ndn.experiments.experiment import Experiment
+
+        class ExampleExperiment(Experiment):
+            def __init__(self, args):
+                Experiment.__init__(self, args)
+
+3. Override the ``setup()`` method to define how the experiment should be initialized
+
+   e.g.) Run an ndnping server in the background on each node
+
+        def setup(self):
+           for host in self.net.hosts:
+               host.cmd("ndnpingserver host.name &")
+
+
+4. Override the ``run()`` method to define how the experiment should behave
+
+    e.g.) Obtain the NFD status of each node and save it to file
+
+        def run(self):
+            for host in self.net.hosts:
+                host.cmd("nfd-status > status.txt")
+
+5. Register the experiment with the ``ExperimentManager`` to make the experiment runnable from the
+command line.
+
+        Experiment.register("example-name", ExampleExperiment)
+
+The experiment can then be run from the command-line using the name registered.
+"example-name" in the above example:
+
+        sudo minindn --experiment=example-name
+
+### Full example experiment code
+
+    #!/usr/bin/python
+
+    from ndn.experiments.experiment import Experiment
+
+    class ExampleExperiment(Experiment):
+        def __init__(self, args):
+            Experiment.__init__(self, args)
+
+        def setup(self):
+            for host in self.net.hosts:
+                host.cmd("ndnpingserver host.name &")
+
+        def run(self):
+            for host in self.net.hosts:
+                host.cmd("nfd-status > status.txt")
+
+    Experiment.register("example-name", ExampleExperiment)