@entry{kas-99-aa-div-tr,
  author = {M Kashiwagi},
  title = {Affine Arithmetic \uc{306b}\uc{304a}\uc{3051}\uc{308b}\uc{9664}\uc{7b97}\uc{306b}\uc{3064}\uc{3044}\uc{3066}},
  journal = {\uc{96fb}\uc{5b50}\uc{60c5}\uc{5831}\uc{901a}\uc{4fe1}\uc{5b66}\uc{4f1a}\uc{6280}\uc{8853}\uc{7814}\uc{7a76}\uc{5831}\uc{544a}. NLP, \uc{975e}\uc{7dda}\uc{5f62}\uc{554f}\uc{984c},},
  volume = {},
  number = {},
  pages = {},
  year = 1999,
  month = ,
  doi = {},
  comment = {},
  abstract = {},
  url = {{\url{https://ci.nii.ac.jp/naid/110003292159/}}},
  quotes = {... of the affine arithmetic. Affine arithmetic is an extension of the interval arithmetic and it can give narrower result than conventional interval arithmetic. In the affine arithmetic, operations ...}
}