基于区块链技术的设计文档篡改检测与定位研究

Liu Yaning, Wang Juan, Li Liangxiao, Ma Quan, Gong Xuepeng
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引用次数: 0

摘要

本文对多元素DXF格式设计文件进行分解,根据元素提取出最重要的层、块、实体元素和实体数量,构成设计文件的特征;然后,将提取的特征作为底层叶子,利用基于MD5算法的默克尔树得到防篡改码。通过比较防篡改代码,我们可以检测是否发生篡改并定位篡改位置,并将防篡改代码和篡改位置信息存储在链上,利用区块链的特性确保其不被篡改和可追溯。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Research on Design Document Tampering Detection and Location Based on Blockchain Technology
This paper decomposes the multi-element DXF format design file, extracts the most important layer, block, entity element and the number of entities according to the elements, and constitutes the characteristics of the design file; Then, the extracted features are taken as the underlying leaves, and the Merkel tree based on MD5 algorithm is used to get the tamper proof code. By comparing the tamper resistant code, we can detect whether tampering occurs and locate the tampering location, and store the tamper resistant code and tampering location information on the chain, using the characteristics of the blockchain to ensure that they are not tampered and traceable.
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