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자료유형
학술대회자료
저자정보
저널정보
한국색채학회 AIC 2017 Jeju 2017 AIC CONGRESS
발행연도
2017.10
수록면
543 - 547 (5page)

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This work defines demand for design-based color research, which reflects routine trends in urban complex transportation, redesign, and reconstruction technologies. Color isochromatic technology discussed in this article is aimed at improving commercial vehicle construction effectiveness and can be utilized for remote hyperspectral image visualization. Extant studies on the pre-historic fossil remains of fish species, dinosaurs, and primates have helped elucidate the color discrimination of natural vision. To develop ergonomically effective machinery, technologists must perform color analysis and incorporate their findings into the redesign. However, those that rigidly follow laws of nature might never extend the limits of machinery standards. Labor-intensive practices require machine operator alertness, which can be enhanced by pushing the boundaries of ergonomics. Chemical substrates emit, absorb, and reflect light from different spectral ranges. This phenomenon is referred to as light spreading. Experimental findings indicate that sunlight color spectrum continues above the visible range, differentially engaging environmental sources in those parts of the spectrum. In this work, effective working ergonomic solutions aimed at resolving security issues are discussed, aiming to provide no-risk color scheme. As industrial color technology isolates image clusters, it permits discrimination of construction elements as a part of non-destructive aircraft imaging.

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ABSTRACT.
INTRODUCTION.
THEORY.
EXPERIMENTAL.
RESULTS.
CONCLUSION.
REFERENCES.

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