Research on trust mechanism of cooperation innovation with big data processing based on blockchain

Liu, Qi; Zou, Xiao

doi:10.1186/s13638-019-1340-5

Cited by 34 publications

(15 citation statements)

References 13 publications

(13 reference statements)

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“…In monitoring events, the scheme proposed in his research is able to reduce the number of data blocks produced in the blockchain network, thereby minimizing the need for intensive storage and verification. Liu and Zou (2019) also agreed that WEB blockchain technology is not only used in finance and other fields, but also has great potential for applications in the fields of production, education, and research. Blockchain is expected to play an important role in shaping the mechanism of trust in "Internet +" production, research and innovation and promoting education.…”

Section: Graphic 2 Documents Based On Year (Source : Scopus)mentioning

confidence: 99%

A Bibliometric Analysis on Blockchain Technology Literature in Academic Journals

Rosyidiana

Soemarsono

Raharjo³

2019

TIJAB

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A blockchain is a revolutionary system that connects computer networks in a decentralized and distributed manner. Blockchain allows the process of current transactions to be peer-to-peer (P2P) without relying on a single server. Once entered, information can never be erased. The blockchain contains a certain and verifiable record of every single transaction ever made. This study evaluated the development of research publications in the implementation process and future trend of Blockchain Technology. The aim of this study is to assist researchers in creating a theoretical framework and to provide a preliminary source of references in research mapping in this field. All research publications related to the implementation and future trend of Blockchain Technology in the Scopus database were analyzed using several bibliometric indicators. The authorship, number of citations, journal sources, publishers, institutions, and countries, year of publication, categories, and author keywords were examined.

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Section: Graphic 2 Documents Based On Year (Source : Scopus)mentioning

confidence: 99%

A Bibliometric Analysis on Blockchain Technology Literature in Academic Journals

Rosyidiana

Soemarsono

Raharjo³

2019

TIJAB

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“…A trusted model of the blockchain (BTM) was presented in She et al, 12 Shinde and Todkari, 13 and Iqbal et al, 14 to support data transmission and this method identifies the malicious node in three-dimensional space using the smart contract of blockchain in WSN. In Liu and Zou, 15 Casado-Vara, 16 Mateen et al, 17 and Chen et al, 18 authors discuss challenges present in adapting the blockchain which uses asymmetric signatures for different block data in the chain.…”

Section: Related Workmentioning

confidence: 99%

Efficient sensitivity orient blockchain encryption for improved data security in cloud

Kumar¹,

Winster

Ramesh

2021

Concurrent Engineering

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Data security in the cloud has become a dominant topic being discussed in recent times as the security of data in the cloud has been focused on by several researchers. However, the data security was enforced at the attribute level, the adversaries are capable of learning the method of data encryption even there are access restrictions are enforced at an attribute level. To challenge the adversaries with more sophisticated security measures, an efficient real-time service-centric feature sensitivity analysis (RSFSA) model is proposed in this paper. The RSFSA model analyses the sensitivity of different features being accessed by any service and at multiple levels. At each level, the method checks the set of features being accessed and the number of features the user has access grant to compute the FLAG value for the user according to the profile given. Based on the value of FLAG, the user has been granted or denied service access. On the other side, the method maintains different encryption schemes and keys for each level of features. As the features are organized in multiple levels, the method maintains a set of schemes and keys for each level dedicative. Based on the service level and data, the method selects an encryption scheme and key to perform data encryption. According to that, the service access data has been encrypted at the attribute level with a specific scheme and key. Data encrypted has been uploaded to the blockchain and the method modifies the reference part of the chain to connect only the blocks to which the user has access. The chain given to the user would do not contain any reference from a specific block to which the user has no access. The proposed method improves the performance of data security and access restriction greatly.

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“…With the continuous deepening of people's understanding of blockchain, the effect of blockchain to the innovation of multi-agent collaborative governance model has attracted more and more attention. Some researchers propose that blockchainuses a decentralized, highly trusted way to jointly maintain a reliable database, and it suitable for collaborative governance of open educational resources [19].Some researchers believe that blockchain-based token economy will be another upgrade of human trust model and cooperation model, which will contribute to the formation of a large-scale social governance system with low friction coefficient of trust and high collaboration efficiency [20]. Some researchers think that the technical characteristics of blockchain enable it to be widely used in governments, social governance and organization building, so as to promote the modernization of organizational governance system and governance capacity [21].…”

Section: The New Joint Prevention and Control Governance Modelmentioning

confidence: 99%

An Innovative Mechanism of Blockchain Technology on Joint Governance Model

Zhao

2021

JAIT

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Joint prevention and control is a social organization model dealing with the governance of public health and security incidents. The governance modelsshould have the features of multiple subjects co-governing and distributed cooperating. Their purposes are to solve and improve the governance efficiency of dealing with public health and security incidents at the executive level. However, there are still many deficiencies in the current data governance and collaborative governance of joint prevention and control systems, which are mainly reflected in incomplete data collection, unimpeded data sharing, inflexible collaborative cooperation, and inadequate collaborative supervision. Therefore, a new innovative governance model is urgently needed. Blockchain technology is suitable for implementing multi-party data sharing and cooperation, and at the same time, it supports penetrating supervision and management. This paper studies the blockchain model for joint governance of public health and security incidents. It focuses on the multi-agent collaborative prevention and control governance model, which provides a new opportunity for model innovation in data governance and in cooperative governance.

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Research on trust mechanism of cooperation innovation with big data processing based on blockchain

Cited by 34 publications

References 13 publications

A Bibliometric Analysis on Blockchain Technology Literature in Academic Journals

A Bibliometric Analysis on Blockchain Technology Literature in Academic Journals

Efficient sensitivity orient blockchain encryption for improved data security in cloud

An Innovative Mechanism of Blockchain Technology on Joint Governance Model

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