DIFFY HEPTAGON

碩士 === 國立政治大學 === 應用數學系數學教學碩士在職專班 === 102 === In a Diffy Box, after limited steps of calculations, the result converges to all zeros. This essay is commissioned to expand Diffy Box’s square to heptagon, which we call “Diffy Heptagon”. We will discuss if Diffy Heptagon shows the same convergence,...

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Main Author: 林亨峰
Other Authors: 李陽明
Format: Others
Language:zh-TW
Online Access:http://ndltd.ncl.edu.tw/handle/03900824493587254133
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spelling ndltd-TW-102NCCU54790052016-07-31T04:21:16Z http://ndltd.ncl.edu.tw/handle/03900824493587254133 DIFFY HEPTAGON 迪菲七邊形 林亨峰 碩士 國立政治大學 應用數學系數學教學碩士在職專班 102 In a Diffy Box, after limited steps of calculations, the result converges to all zeros. This essay is commissioned to expand Diffy Box’s square to heptagon, which we call “Diffy Heptagon”. We will discuss if Diffy Heptagon shows the same convergence, or the existence of other result? This article is proved with Strong Induction. The result shows that a Diffy Heptagon will present three types of convergence after limited operations. Moreover, we extend the nonnegative integers to integers and rational numbers. The conclusion is, regardless of the numbers, what we obtain is isomorphic or similar convergence. Finally, we propose some issues and suggestions. For examples, what type of numbers we label individually will cause class I, class II or class III convergence? In addition to the zero convergence, what is the connection between the labeled numbers and other convergence types? All those questions are worth studying Diffy Heptagon even further. 李陽明 學位論文 ; thesis 42 zh-TW
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language zh-TW
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description 碩士 === 國立政治大學 === 應用數學系數學教學碩士在職專班 === 102 === In a Diffy Box, after limited steps of calculations, the result converges to all zeros. This essay is commissioned to expand Diffy Box’s square to heptagon, which we call “Diffy Heptagon”. We will discuss if Diffy Heptagon shows the same convergence, or the existence of other result? This article is proved with Strong Induction. The result shows that a Diffy Heptagon will present three types of convergence after limited operations. Moreover, we extend the nonnegative integers to integers and rational numbers. The conclusion is, regardless of the numbers, what we obtain is isomorphic or similar convergence. Finally, we propose some issues and suggestions. For examples, what type of numbers we label individually will cause class I, class II or class III convergence? In addition to the zero convergence, what is the connection between the labeled numbers and other convergence types? All those questions are worth studying Diffy Heptagon even further.
author2 李陽明
author_facet 李陽明
林亨峰
author 林亨峰
spellingShingle 林亨峰
DIFFY HEPTAGON
author_sort 林亨峰
title DIFFY HEPTAGON
title_short DIFFY HEPTAGON
title_full DIFFY HEPTAGON
title_fullStr DIFFY HEPTAGON
title_full_unstemmed DIFFY HEPTAGON
title_sort diffy heptagon
url http://ndltd.ncl.edu.tw/handle/03900824493587254133
work_keys_str_mv AT línhēngfēng diffyheptagon
AT línhēngfēng dífēiqībiānxíng
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