ORTHOGONAL STABILITY OF A CUBIC-QUARTIC FUNCTIONAL EQUATION IN NON-ARCHIMEDEAN SPACES

  • Lee, Jung Rye
  • Park, Choonkil
  • Cho, Yeol Je
  • Shin, Dong Yun
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초록

Using the fixed point method, we prove the Hyers-Ulam stability of the orthogonally cubic-quartic functional equation f (2x + y) + f (2x - y) = 3f (x + y) + f (-x - y) + 3 f (x - y) + f (y - x) +18f (x) + 6f (-x) -3f (y) - 3f (-y) (0.1) for all x, y with x perpendicular to y in non-Archimedean Banach spaces, where perpendicular to is the orthogonality in the sense of Ratz.

키워드

Hyers-Ulam stabilityorthogonally cubic-quartic functional equationfixed pointnon-Archimedean normed spaceorthogonality spaceTHEOREM
제목
ORTHOGONAL STABILITY OF A CUBIC-QUARTIC FUNCTIONAL EQUATION IN NON-ARCHIMEDEAN SPACES
저자
Lee, Jung RyePark, ChoonkilCho, Yeol JeShin, Dong Yun
발행일
2013-04
유형
Article
저널명
Journal of Computational Analysis and Applications
15
3
페이지
572 ~ 583