And our strategy is designed to pick that up.
Furthermore, a mutation strategy is designed to avoid premature convergence.
In level 2, a shaping strategy is designed to increase the probability that a favored industry scenario will occur.
This strategy is designed to aid the interpreters' comprehension of the use of symbols.
Our strategy is designed to invoke feedback activation of signals within yeast G-protein signaling pathways.
A collaborative strategy is designed to exploit the complementary information from different low-dimensional subspaces.
Furthermore, an adaptive preconditioning strategy is designed to save the computational time.
Finally, a reasonable copies placement strategy is designed to meet the requirement of load balance.
A unified prediction-based control strategy is designed to make these systems synchronized.
A greedy strategy is designed to drive particles to a promising region.
An outlier removal strategy is designed to eliminate incorrect matching points while keeping relevant ones.
