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논문검색

Technology Convergence (TC)

Construction of the permeate tuner system by the steeple morph of the matter

원문정보

Jeong-lae Kim, Woo-cheol Lee

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초록

영어

Permeate alteration technique is compounded the steeple sway-tuner status of the gleam-differential realization level (GDRL) on the permeate realization morph. The realization level condition by the permeate realization morph system is associated with the sway-tuner system. As to search a dot of the dot situation, we are gained of the permeate value with character-dot by the output signal. The concept of realization level is composed the reference of gleam-differential level for alteration signal by the permeate tuner morph. Moreover displaying a steeple alteration of the GDRL of the average in terms of the sway-tuner morph, and permeate dot tuner that was the a permeate value of the far alteration of the Per-rm-FA-αAVG with 14.63±1.23 units, that was the a permeate value of the convenient alteration of the Per-rm-CO-αAVG with 8.28±0.97 units, that was the a permeate value of the flank alteration of the Per-rm-FL-αAVG with 3.28±0.58 units, that was the a permeate value of the vicinage alteration of the Per-rm-VI-αAVG with 0.51±0.10 units. The sway tuner will be to evaluate at the steeple ability of the sway-tuner morph with character-dot by the permeate realization level on the GDRL that is displayed the gleam-differential morph by the realization level system. Sway realization system will be possible to control of a morph by the special signal and to use a permeate data of sway tuner level.

목차

Abstract
 1. Introduction
 2. Proposed method of permeate-realization variation technique for signal
  2.1 System of sway-tuner function signal
  2.2 System of sway-tuner variation signal
 3. Results and Discussion
  3.1 Condition of the gleam-differential level
  3.2 Comparison Database of Per-GDRL
 4. Conclusion
 References

저자정보

  • Jeong-lae Kim Department of Biomedical Engineering, Eulji University, Seongnam, 13135, Korea
  • Woo-cheol Lee Department of Biomedical Engineering, Eulji University, Seongnam, 13135, Korea

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자료제공 : 네이버학술정보

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