A Novel Blockchain and Internet of Things-Based Food Traceability System for Smart Cities

Tripathi, Ashish; Krishnan, K. Akul; Pandey, Avinash Chandra

doi:10.1007/s11277-023-10230-9

Cited by 16 publications

(6 citation statements)

References 47 publications

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“…In 2023, Tripathi, A.K., et. al [27] have presented a new block chain and IoT-depend food traceability system for smart cities. A new BIOT-depend layered structure based on EOSIO was suggested in this study for effective food traceability.…”

Section: Literature Surveymentioning

confidence: 99%

Variational Onsager Neural Networks based Fair proof-of- reputation consensus for blockchain with Transaction Prioritization for Smart Cities

Singh,

Agarwal,

Umrao

2024

Preprint

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Smart cities are next frontier of technology in today's technology-driven world, striving to improve the quality of people's lives. Numerous research projects concentrate on future smart cities, taking comprehensive method to smart city growth, achieving an overall smart city vision. The Variational Onsager Neural Networks based Fair proof-of-reputation consensus for block chain with Transaction Prioritization for Smart Cities (VONN-FPORC-TP-SC) is proposed for transaction prioritization in smart cities. Block chain, as a decentralised immutable ledger, has potential to boost smart city growth by ensuring transparency, data safety, dependability, efficacy, interoperability, privacy, making it promising match for smart cities. Such instance, if existing fee-depend or first-come-first-served processing is applied, emergency events delayed owing to competition, risking people's lives. Here use Variational Onsager Neural Networks (VONN) approach to accomplish efficient leader election and build a Weighted Byzantine Fault Tolerance consensus algorithm mechanism in this consensus protocol. A peer-prediction based verification technique is also presented to verify that followers' assessments of the leaders' created blocks are honest. Also, because leader will assure transaction prioritisation though creating blocks, leader rotation, and correct election method become critical for transaction prioritisation process to taken place honestly, quickly on FPoR: fair proof-of-reputation consensus for block chain. The proposed VONN-FPORC-TP-SC method is implemented on MATLAB R2019b. Then performance of proposed method is analysed with other existing techniques. The proposed method attains 28.86%, 24.47% and 31.79% higher accuracy, 18.25%, 32.27% and 26.89% higher efficiency, and 23.21%, 17.36% and 32.35% higher Robustness comparing with the existing methods such as a ML-improved block chain consensus with transaction prioritization for smart cities (ML-BC-TP-SC), block chain and smart contracts to secure property transactions in smart cities (BCS-TP-SC), presented an Edge TC-a PBFT block chain-depend ETC system for smart cities (PBFT-ETC-TP-SC) respectively.

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Section: Literature Surveymentioning

confidence: 99%

Variational Onsager Neural Networks based Fair proof-of- reputation consensus for blockchain with Transaction Prioritization for Smart Cities

Singh,

Agarwal,

Umrao

2024

Preprint

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“…In contrast, private blockchains restrict ledger access to specific members. Permissionless blockchains enable anyone to engage in transactions and join the consensus process, whereas permission-based blockchains restrict these activities to chosen members [5]. To efficiently and securely encode blockchain data, a Merkle Tree is employed.…”

Section: Concepts Of Blockchain Technologymentioning

confidence: 99%

“…To efficiently and securely encode blockchain data, a Merkle Tree is employed. Additionally, consensus algorithms play a crucial role in achieving synchronization and establishing agreement among the numerous nodes within a blockchain network [5].…”

Section: Concepts Of Blockchain Technologymentioning

confidence: 99%

A New Evidence Preservation Forensics Model Using Blockchain and Stenography Techniques

AlKhanafseh,

Surakhi

2024

Preprint

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The adoption of technology and digital tools across various user groups has brought about a heightened risk of cyber-attacks targeting devices and shared data. These elevated levels of cybercrime necessitate thorough investigations to address victims’ inquiries about the nature, causes, affected data, and impacted resources of the attack. Digital forensics serves as a crucial means to answer these queries. Additionally, it enables the formulation of strategies and delineation of roles essential for fortifying future defenses against such attacks. Within digital forensics, digital evidence holds pivotal importance in the investigative process as it serves as a cornerstone in legal proceedings to identify perpetrators. Numerous research endeavors focus on devising solutions to safeguard evidence, including centralized storage centers or cloud computing. These efforts aim to create frameworks integrating diverse security levels for sharing and preserving evidence effectively. In this paper, a new framework is proposed that seeks to amalgamate novel technologies with forensic practices to address challenges in the preservation phase of digital forensics. Strategies include segmenting evidence into smaller components, leveraging steganography to support preservation, and employing blockchain technology to ensure the integrity of collected evidence.

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“…This study's results are consistent with findings from several previous studies. Krishnan and Tripathi (2023) found a dominant relationship between organizational commitment and its performance. The relationship is measured by the coefficient of determination between organizational commitments of 56.30%, contributing 34.6% to employee performance volatility.…”

Section: The Positive Influence Of Career Development On Organization...mentioning

confidence: 99%

The Role of Organizational Culture in Mediating the Improvement of the Performance of the Indonesian Marine Corps

Supardi,

Arafah,

Anggiani

2024

IJSSR

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The study examines specific aspects of organizational performance within the Indonesian Navy (TNI AL), with a particular focus on the Marine Corps, essential for safeguarding Indonesia's maritime sovereignty. Utilizing quantitative methods and a survey approach, data was gathered from middle officers serving across 11 Marine Corps units over the past 5 years. Findings indicate that strategic leadership style, career development, and strategic competence of human resources significantly influence organizational performance within the Marine Corps. These factors, alongside organizational culture, are pivotal in shaping and sustaining performance levels. Importantly, the research underscores the importance of understanding these dynamics for Marine Corps management to enhance performance and achieve long-term objectives, particularly in navigating the complexities of globalization. Additionally, while rooted in the context of the Indonesian Navy, the implications of these findings extend to broader organizational settings, highlighting their potential applicability beyond the specific context of the TNI AL and Marine Corps.

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A Novel Blockchain and Internet of Things-Based Food Traceability System for Smart Cities

Cited by 16 publications

References 47 publications

Variational Onsager Neural Networks based Fair proof-of- reputation consensus for blockchain with Transaction Prioritization for Smart Cities

Variational Onsager Neural Networks based Fair proof-of- reputation consensus for blockchain with Transaction Prioritization for Smart Cities

A New Evidence Preservation Forensics Model Using Blockchain and Stenography Techniques

The Role of Organizational Culture in Mediating the Improvement of the Performance of the Indonesian Marine Corps

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