1. Finish exploring getting the queue size.
* Need to change scheduler to export queue data
* Then use:
Scheduler *scheduler = ip->interfaceInfo[interfaceIndex]->scheduler;
Queue* queuePtr = scheduler->getQueue(instanceId); //queueData[instanceId].queue;
queuePtr->qDelay so on and so forth...
2. Finish looking at route generation for different topologies and MarpRouteEntry data structure.
3. Look at the MDP code when there is a change in topology.

1. Queue study; how do you simulate traffic congestion so that queues are backed up? This is the question!!!

1. Review MARP/MDP code. - done
2. Find out how to run the MARP/MDP code.
3. Research, getting overhead.
4. How does GyTAR get the density information? Need to measure how accurate is it? Can density be correlated to connectivity? Can we see the stability of density related to density? Measure its oscillations.
Is there any measurement you can do?

1. Abstract written. - half done
2. Debugging.

1. Debugging.
2. Paper review.

1. Read marriage on hall7young.googlepages.com

1. Review Milcom - done
2. Read Wireless 802.11 - done
3. Infocom
3. Simulation result do