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Advanced Multi-Secret Sharing Using Circular Random Grids

This study introduces a novel approach to secret sharing through the implementation of circular random grids. The methodology involves dividing a circle into 360 sectors, followed by the application of random processes to encode secrets into multiple layers (S1, S2) for enhanced security. By utilizing the unique properties of random grids, this technique aims to improve the distribution and retrieval of confidential information while ensuring robustness against potential attacks. Experimental results demonstrate the effectiveness of this approach in secure data sharing.

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Advanced Multi-Secret Sharing Using Circular Random Grids

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  1. Visual Multi-Secret Sharing by Circular Random Grids 陳宗和,曾得宇,曹凱翔 國立嘉義大學 CCISA

  2. C I R C l E C S I E N C Y U s1 s2

  3. C I R C l E C S I E N C Y U s1 S2

  4. C I R C l E C S I E N C Y U S2

  5. C I R C l E C S I E N C Y U S2

  6. C I R C l E C S I E N C Y U S2

  7. C I R C l E C S I E N C Y U S2

  8. Circular Random Grid 半徑：Ｌ 半徑：Ｌ－Ｒ Ｒ

  9. Circular Random Grid 切割360個扇形區塊， 然後Random(0,1) 編一圈Ｒ 再往內編一圈Ｒ 直到隨機網格完成

  10. 加密流程

  11. 加密流程 Secret Ｓ1 Ｓ2

  12. 實驗圖

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