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In this paper, we describe the design, implementation and evaluation of a new framework for the trace-based evaluation of 802.11n networks, which we call T-SIMn. In order to accurately estimate the fate of frames that could have been sent at any rate, traces collected for use in trace-based simulators, like T-SIMn, require a sufficiently large number of samples to be collected using each different...
Network design for real time control of launch vehicles need to consider latency and noise in wireless environments. The proposed system will gather the acceleration information received from multiple sensors to reliably and robustly relay the orientation of the rocket back to the actuator system. To do so, a network simulation software will give us an estimate of the efficiency of these sensors in...
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