This and various other methods that have been devised to identify functional residues in proteins, such as residue interaction graphs (Amitai et al. 2004) or statistical methods reviewed by Ahola et al. (2004) could reasonably be used in conjunction with structure-based alignment methods to determine reasonable alignments based on functional considerations.
These complexities prohibit derivations of any practical analytical methods to infer reasonable throughput levels between the MicroBlaze and the MPMC.
In addition to this, decision-makers must be able to apply different methods to make reasonable investment decisions under uncertainty and in view of numerous alternatives.
We compare our results to MM-based scoring functions and show the importance of high level QM methods to obtain reasonable binding energy predictions.
Method 1: proportion formal * wagerate formal Method 2: proportion formal * wagerate formal + proportion informal * wageratemin We used the two methods to form reasonable bounds for sensitivity analyses.
In comparison of the results obtained by this method with the certified values and with the results of independent methods, excellent to reasonable agreement was achieved.
Suitable methods to get a reasonable estimation of wind load effects in estimating the equivalent static wind load distribution for such shells are investigated.
To establish a mathematical model of the maximum REIR of the LSLDT scheme, a method to make reasonable bundling plans of the LSLDT scheme is suggested.
To check the validity of the assumptions and the ability of the method to give reasonable predictions of settlements, stresses and encasement forces, comparative elasto-plastic finite element analyses have been performed.
In order to illustrate the performance of the method to obtain reasonable results with smooth boundaries, several numerical examples are presented and compared with well-known problems in literature.
