Blockchain, Metaverse and Trustworthy Systems
Description
This two-volume set CCIS 2264 and CCIS 2265 constitutes the refereed proceedings of the 6th International Conference on Blockchain and Trustworthy Systems, BlockSys 2024, held in Hangzhou, China, during July 12-14, 2024.
The 34 full papers presented in these two volumes were carefully reviewed and selected from 74 submissions. The papers are organized in the following topical sections:
Part I: Blockchain and Data Mining; Data Security and Anomaly Detection; Blockchain Performance Optimization.
Part II: Frontier Technology Integration; Trustworthy System and Cryptocurrencies; Blockchain Applications.
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Content
.- Frontier Technology Integration.
.- Blockchain-Enabled Large Language Models for Prognostics and Health Management Framework in Industrial Internet of Things.
.- Protecting Shepherded Parallel Permissioned Blockchain System from Congestion-related Attack.
.- Cross-Chain Overview:Development, Mechanisms, Protocols, Security, and Challenges.
.- VMeta: A QoS Dataset for Metaverse Services.
.- OptimalFix:An Automated Framework for Fixing Vulnerabilities in Smart Contracts Effectively.
.- Visionary Security Framework for Blockchain Integrated Metaverse Platform.
.- Trustworthy System and Cryptocurrencies.
.- Analysis of Cryptocurrencies Mixing Services and Its Regulatory Mechansim.
.- A Cross-chain Model Based on Credit Hierarchical Notary Group for IoT Roaming Settlement.
.- GDCTSA: A Grouped Data Collection Scheme for Trustworthy Systems Assessment.
.- Privacy Vulnerability Analysis of Bitcoin Network.
.- Deduplication Cloud Storage Integrity Auditing with Unpredictable Challenge Messages.
.- Blockchain Applications.
.- Drug traceability and health monitoring system with Hyperledger Fabric.
.- BCPA-OC Blockchain-Based Conditional Privacy-Preserving Authentication with Out-of-Band Communication for VANETs.
.- BBDAS: Blockchain-assisted Blinded Data Auditing Scheme for Cloud-Edge Systems.
.- A Blockchain-Based Tamper-Resistant Broadcast Encryption Scheme.
.- Joint Optimization of Task Offloading and Resource Allocation in Blockchain-Enabled Vehicular Fog Computing Networks.
