On the other hand, other approaches obtain higher threshold gain by introducing real optical attenuations or limiting the effective gain, hence sacrificing the optical power generated in the laser cavity.
Compared with traditional methods, the present approach obtained higher extraction yields of myricetrin, quercitrin and afzelin, which were 3 5 times of those obtained with traditional methods, respectively.
Compared with traditional methods, the present approach obtained higher extraction yields of tilianin and acacetin, which were 2 to 202 times and 3 to 14 times of those of traditional methods, respectively.
We observe that our parsimony-based approach obtains high precision and recall, even on fairly distant ancestral networks.
We sequenced the Florida strain to completion using a BAC-based clone by clone approach, and obtained high coverage genome sequence data for three additional strains.
We compare our approach with five other approaches, and the results show that our approach can obtain higher profits than other approaches.
To minimize the risk of premature convergence being faced by current approaches and obtain higher quality solutions, in this work, we present an effective strategic framework based on a memetic algorithm (MA), which can markedly improve search capability via a combination of population-based global search and local improvements made by individuals.
This study suggested that utilization of the salt-tolerant cultivar (Pishgam) combined with proper foliar application of potassium nitrate (2 mmol L−1) and silicon (4 mmol L−1) at the wheat booting stage might be a promising approach to obtain higher grain yield on saline lands.
A common approach to obtain higher QoS in the network is to have a fairer resource allocation among the users [4, 5].
Furthermore, our approaches obtained comparable or higher accuracies.
