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TaLWaR: Blockchain-Based Trust Management Scheme for Smart Enterprises With Augmented Intelligence
IEEE Transactions on Industrial Informatics ( IF 12.3 ) Pub Date : 2022-09-06 , DOI: 10.1109/tii.2022.3204692
Sushil Kumar Singh 1 , Jong Hyuk Park 1
Affiliation  

In recent years, the Internet of Things (IoT) and enterprise management systems (EMS) have been rapidly growing and applied in advanced Industries. It provides better big data analytics and the most promising computing platforms. Moreover, IoT is transforming into the augmented intelligence of things (AIoT), developing a human-oriented paradigm for enterprises with AI. Still, smart enterprises and industries have additional requirements, such as device and data trust, robust decision-making, communication latency, and secure data storage. However, previous emerging paradigms and approaches did not fully address all of the aforementioned requirements. Therefore, this article proposes a blockchain-based trust management scheme for smart enterprises with augmented intelligence. The blockchain-based device trust authentication mechanism is used at the device connection layer for device authentication in clusters of IoT devices (smart enterprises branch-SEB). Furthermore, the blockchain-based augmented intelligence enabled approach is leveraged for data authentication at the authentication layer. Finally, smart enterprise data are stored in the distributed hash table (DHTs) and decentralized cloud layer with distributed hash table. We evaluated the proposed scheme using qualitative and quantitative analysis and compared it to the existing studies, showing better performance as 40.887-ms computational cost and 1872-bits transactional cost.

中文翻译:

TaLWaR:基于区块链的增强智能智能企业信任管理方案

近年来,物联网 (IoT) 和企业管理系统 (EMS) 迅速发展并应用于先进行业。它提供了更好的大数据分析和最有前途的计算平台。此外,物联网正在向物联网 (AIoT) 转变,为使用人工智能的企业开发以人为本的范式。尽管如此,智能企业和行业还有其他要求,例如设备和数据信任、稳健决策、通信延迟和安全数据存储。然而,以前出现的范式和方法并没有完全解决上述所有要求。因此,本文提出了一种基于区块链的增强智能智能企业信任管理方案。基于区块链的设备信任认证机制用于设备连接层,用于物联网设备集群(智能企业分支-SEB)中的设备认证。此外,基于区块链的增强智能启用方法可用于身份验证层的数据身份验证。最后,智能企业数据存储在分布式哈希表(DHT)和分布式哈希表的去中心化云层中。我们使用定性和定量分析评估了所提出的方案,并将其与现有研究进行了比较,显示出更好的性能,即 40.887 毫秒的计算成本和 1872 位的事务成本。基于区块链的增强智能启用方法用于身份验证层的数据身份验证。最后,智能企业数据存储在分布式哈希表(DHT)和分布式哈希表的去中心化云层中。我们使用定性和定量分析评估了所提出的方案,并将其与现有研究进行了比较,显示出更好的性能,即 40.887 毫秒的计算成本和 1872 位的事务成本。基于区块链的增强智能启用方法用于身份验证层的数据身份验证。最后,智能企业数据存储在分布式哈希表(DHT)和分布式哈希表的去中心化云层中。我们使用定性和定量分析评估了所提出的方案,并将其与现有研究进行了比较,显示出更好的性能,即 40.887 毫秒的计算成本和 1872 位的事务成本。
更新日期:2022-09-06
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