《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状

《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状


今天走进论文栏目为大家带来:《区块链环境下供应链企业知识共享影响因素研究》——1.2 国内外研究现状,欢迎您的用心访问!本期推文时长大约3分钟,请您耐心阅读。

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Today, enter the thesis column brings you the paper: Research on Influential Factors of Supply Chain Enterprise Knowledge Sharing in Blockchain Environment - 1.2 Current status of domestic and international research. Welcome to visit! This tweet usually takes about 3 minutes to read. Please read patiently.


This tweet will share intensive reading from three aspects: mind map, intensive reading content and knowledge supplement.


《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状



In the section on the current status of domestic and international research, the authors focus on three parts about blockchain technology, knowledge sharing and knowledge sharing in supply chains.

(1) 国内外区块链的研究方向

(1) Research directions of blockchain at home and abroad

《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状
《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状


(2) Current status of domestic and international knowledge sharing research

《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状
《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状


(3)Current status of supply chain knowledge sharing research at home and abroad

《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状
《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状


By combing through the literature of each part, reading through gives one an understanding of the current research hotspots and research processes at home and abroad for each part, and a general understanding of the research progress in the research direction.


《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状


The article mentions that scholars used quantitative analysis as a research method in the process of the study, so what is quantitative analysis?

《区块链环境下供应链企业知识共享研究》——1.2 国内外研究现状

Quantitative analysis is the analysis of quantitative characteristics, quantitative relationships and quantitative changes of social phenomena.

Quantitative analysis has its origins in a branch of analytical chemistry. It can be divided into three categories: weight analysis, volumetric analysis and instrumental analysis, depending on the method used to determine the content of each component in a substance. Depending on the amount of the analyzed specimen and the component to be measured, it can be divided into constant analysis, semi-micro analysis, micro analysis, ultra-micro analysis, and trace analysis.

Quantitative analysis refers to the analysis of the quantitative relationship between the components of an object under study or the quantitative relationship between the properties; it can also analyze and compare certain properties, characteristics, and interrelationships of several objects in quantitative terms, and the results of the study are also described by "quantity".



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柴毅. 区块链环境下供应链企业知识共享影响因素研究[D].吉林:吉林大学,2022.