원문정보
초록
영어
We is configured the honk changing-status technique that is to meld the square-built blow-shock status of the gleam-differential perception level (BIAL) on the honk perception lineament. The perception level condition by the honk perception lineament system is constituted with the blow-shock system. As to experimentation a ductile-dot of the gleam ductile-dot, we are found of the honk value with ductile-dot by the blow upper shift. The concept of perception level is constituted the reference of gleam-differential level for changing-status signal by the honk shock lineament. Further symbolizing a square-built changing-status of the BIAL, of the average in terms of the blow-shock lineament, and the honk ductile-dot shock that was the honk value of the far changing-status of the Ho-PL-FA-θAVG with 15.41±8.63 units, that was the honk value of the convenient changing-status of the Ho-PL-CO-θAVG with 8.70±3.06 units, that was the honk value of the flank changing-status of the Ho-PL-HO-θAVG with 2.65±1.19 units, that was the honk value of the edge changing-status of the Ho-PL-VI-θAVG with 0.51±0.18 units. The blow shock will be to investigate at the square-built ability of the blow-shock lineament with ductile-dot by the honk perception level on the BIAL, that is denote the gleam-differential lineament by the perception level system. We will be possible to curb of a lineament by the differential signal and to employ the honk data of blow shock level by the blow perception system.
목차
1. INTRODUCTION
2. MATERIALS AND METHODS
2.1 Data Sets
2.2 Sequence Control Procedure
2.3 Methods of Clang Down Layer Point System
2.4 Stability Evaluation of Clang-down Index
3. RESULTS AND DISCUSSION
3.1 Properties of the Sequence Selection
3.2 Improvements of Multiple Alignments by Sequence Selections
4. CONCLUSION
REFERENCES