The proposed parallel computing method and the traditional CPU based method are compared with the different number of nodes from 2500 to 350,000 and springs from 29,004 to 4,188,004.
In an initial set of experiments, the transfection efficiency of lipofectamine and a less expensive calcium phosphate based method, were compared.
In addition, the performance of the SPSA based methods are compared to the other stochastic optimization based approaches.
Two different approaches for fault detection, the geometric and the detection filter based methods, are compared in the paper from practical aspects, using the linear parameter-varying (LPV) framework.
All the selected algorithms are clustering-based algorithms for comparability; a tree-based method is compared and reported separately in the next section.
The pattern-based method is compared with LigsiteCSC that identifies pockets on the protein surface based on a geometrical analysis [44], and which extends Ligsite method [45].
Performance of the MDD-based method is compared with that of an existing recursive algorithm through a comprehensive benchmark study.
The performance of the improved symmetry-based method and the proposed focusing-based method is compared by Monte Carlo simulations and with Crammer-Rao bound as well.
The MCS-based method is compared with the AP-based method (Carhart et al., 1985; Chen and Reynolds, 2002) using a number of simulated searches with bioactive compounds as queries.
Nominal stress- and hot-spot stress (HSS -based metHSS -basedcomethodsbased on available experimental results, and the current state and development direction of fatigue assessment of CFST joints were explored.
