Pramanik Shastra:基于区块链的自然用户界面和交互方法,用于梵文的存储和翻译

Digvijay Singh, Garvit Vijay, Akanksha Gupta, Manas Yadav, A. Mishra, Kiran Khatter
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引用次数: 0

摘要

圣经是宗教、文明和社会的基础。它们加强了一个社会的道德和理想。“Shastras”是印度经文。古印度文明中大多数重要的沙斯塔都被入侵者摧毁了,剩下的沙斯塔要么太复杂而难以理解,要么被误解了。为了社会的道德和财富,必须保留Shastras。使用区块链来存储大量数据是有效的,因为网络变得越来越紧张。云存储使用基于属性的加密来保护安全性。在这样的系统中,私钥生成器可以解密数据,这可能导致严重的问题。云是集中的;因此,一个故障可能会使它崩溃,而去中心化存储可以避免这种情况。星际文件系统(IPFS)在处理敏感数据时克服了云存储和区块链的限制。在论文中,提出了一种以分散的方式存储和共享数据的解决方案,并将IPFS与以太坊区块链相结合,以创建一个可以提供安全存储和翻译Shastras的平台。提出的框架用于存储文件,使用Web抓取识别文本,然后使用自然语言处理(NLP)翻译文本,并在框架上共享文件的翻译版本,以便用户可以根据需要轻松访问。该提案是在IPFS的帮助下进行评估的,IPFS提供了一个平台来存储文件、生成散列值,并在使用内容寻址时删除重复。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Pramanik Shastra: Blockchain-based Natural User Interfaces and Interaction Approach for Storage and Translation of Sanskrit Scripts
The holy scriptures are the foundation of religion, civilization, and society. They strengthen a society's ethics and ideals. "Shastras" are Indian scriptures. Most of the important Shastras of ancient Indian civilization were destroyed by invaders, and the remaining Shastras are either too complex to understand or have been misinterpreted. Shastras must be preserved for society's ethics and wealth. Using blockchain to store vast volumes of data is efficient since the network grows stretched. Cloud storage uses attribute-based encryption to preserve security. In such systems, a private key generator can decrypt data, which can cause serious issues. The cloud is centralized; therefore, a failure can bring it down, whereas decentralized storage can avoid this. The Interplanetary File System (IPFS) overcomes the restrictions of cloud storage and blockchain when handling sensitive data. In the paper, a solution has been proposed for storing and sharing data in a decentralized way and combining IPFS with the Ethereum blockchain to create a platform where secured storage and translations of Shastras can be provided. The proposed framework is used for storing files to identify text using Web scraping, later translating the text using Natural Language Processing (NLP) and sharing the translated version of the file on the framework so that it can be easily accessed by the user as per the requirement. The proposal is evaluated with the help of IPFS, which provides a platform to store files, generate a hash value, and remove duplication as it uses content-addressing.
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