Hierarchical COMA systems generally suffer from high message latencies.
Unfortunately, these approaches have very high message overheads.
In general, line-of-sight is one key for a high message reception probability.
Notable exceptions are the B-MAC protocol at high message rates and the Crankshaft protocol at low message rates.
However, these approaches still remain the problems such as the additional cross-links [2] and the high message overheads [9].
The theoretical analysis and simulation show that the proposed schemes are efficient and can provide a high message delivery ratio.
This high message complexity demands for a different, non-uniform slot access policy to reduce this complexity.
The theoretical analysis and simulation results show that the proposed scheme is efficient and can ensure high message delivery ratio.
The theoretical analysis and simulation show that the proposed scheme is efficient and can provide high message delivery ratio.
I don't think I'll have a chance to show that, but my architecture supports high message counts.
