• Title/Summary/Keyword: <이레이저 헤드>

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A Study on the ugliness in the (영화 <이레이저 헤드>에 나타난 '추(醜)'에 관하여)

  • Rhee, Doungkyu
    • Trans-
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    • v.8
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    • pp.29-53
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    • 2020
  • This paper aims to study the aesthetics of ugliness in David Lynch's first film . First, as a background study, it examines the history of ugliness in the history of beauty and discusses the meaning of ugliness in an aesthetic sense. Furthermore, i will look at the aesthetic theory of Rosenkrantz's Aesthetic Theory, which has developed in-depth discussions about ugliness, and discusses similar or other aspects of opinion. Finally, to demonstrate the aesthetics of the application of ugliness in modern cinema, the specific sound of David Lynch's film is analyzed in detail and its relationship with images. Through this discussion, I would like to clarify the aesthetic meaning of ugliness as an aesthetic category in the field of film.

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Reed-Solomon Encoded Block Storage in Key-value Store-based Blockchain Systems (키값 저장소 기반 블록체인 시스템에서 리드 솔로몬 부호화된 블록 저장)

  • Seong-Hyeon Lee;Jinchun Choi;Myungcheol Lee
    • The Transactions of the Korea Information Processing Society
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    • v.13 no.3
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    • pp.102-110
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    • 2024
  • Blockchain records all transactions issued by users, which are then replicated, stored, and shared by participants of the blockchain network. Therefore, the capacity of the ledger stored by participants continues to increase as the blockchain network operates. In order to address this issue, research is being conducted on methods that enhance storage efficiency while ensuring that valid values are stored in the ledger even in the presence of device failures or malicious participants. One direction of research is applying techniques such as Reed-Solomon encoding to the storage of blockchain ledgers. In this paper, we apply Reed-Solomon encoding to the key-value store used for ledger storage in an open-source blockchain, and measure the storage efficiency and increasing computational overhead. Experimental results confirm that storage efficiency increased by 86% while the increase in CPU operations required for encoding was only about 2.7%.