Mean arterial pressure (MAP) and PaCO2 are important determinants of brain perfusion; however, no precise guidelines exist for optimal MAP and PaCO2 targets in comatose post-cardiac arrest (CA) patients.
However, the search for the optimal mapping of virtual networks is an NP-hard problem[6].
We also derive an optimal and balanced mapping to access complete t-ary subtrees of complete q-ary trees, where 2⩽t⩽q, and an optimal mapping for subtrees of binomial trees.
However, these studies fail to achieve maximum possible throughput of the network due to the fact that they deal with individual vehicles to allocate a better channel instead of exploring how to achieve an optimal mapping for the allocation of the available channels to the requested users.
Formulae for the optimal map parameters are deduced analytically and indicate that significant acceleration of the geometric rate of convergence is possible.
An efficient algorithm for finding optimal map alignments is ARLEM [ 18].
Pairs of markers with compatible retention patterns (double markers) were identified and each pair was merged into one marker to simplify the search for an optimal map.
Since both methods involve exhaustive search of objective functions, the computational process to search for an optimal map is very time consuming.
**Assumes optimal mapping values for a lane run on a GA II (10 million mapped reads) Number of reads required in order to identify greater than 95% of 600 simulated binding sites distributed evenly over the 12 Mb S. cerevisiae genome with average fold enrichments of 2×, 5×, 10× and 50×.
