Evaluation of waft recognition effectiveness oblique-line shape on the insects via a changing-state method: correlation with rectangular-shape-structure

Abstract

Butterflies have a useful effect on flowers and are an important component of various fractal-structures with nanostructure, which is an important factor in the engineering of fractal-structures. The forming model of the butterflies is mathematically symmetrical in the fractal-line, and the butterfly-shaped-dot on the surface was created using the waft-tremor method, which changes the oblique-line shape of the one-branch-tree. Waft changing-state technology is a one-branch-tree state of tawdry recognition rate (GAR) and discrepancy recognition rate (IAR) for butterfly-shaped-dot pattern in butterflies waft recognition morph. In butterflies waft tremor morph, the recognition rate condition is used to organize the permeate tremor system. In the butterfly-shaped-dot pattern, the changing-state is to change the waft layer point by the permeate-down structure to the rectangular-shape-structure to obtain the butterflies waft value. The concept of recognition rate represents the criteria of tawdry rate and discrepancy rate for the changing-state signal in the butterflies waft tremor morph. The changing-state occurrence of TRR-DRR was represented by the combination of the locations of the maximum and minimum values in the butterflies waft-tremor morph. In the oblique-line shape, the far changing-state of the Wa-rm-FA-?MAX-MIN found a waft value with 14.67±7.32 units, and convenient changing-state of Wa-rm-CO-?MAX-MIN found a waft value with 4.48±0.46 units, and flank changing-state of the Wa-rm-FL-?MAX-MIN found a waft value with 1.29±0.32 units, and vicinage changing-state of the Wa-rm-VI-?MAX-MIN found a waft value with 0.23±0.07 units. The oblique-line shape in the rectangular-shape-structure is to explore the ability of the butterflies waft-tremor morph on the rectangular-shape degree recognition rate of TRR-DRR to construct the tawdry and discrepancy morphs generated by the recognition rate system. Recognition morph oblique-line shape will be able to mathematics the waft data of fractal-structures by morph detection by discrepancy signals and permeate recognition system.