SemNFT and Blockchain Innovations: Advancements in Digital Asset Immortality and Web3 Technologies

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The Human-Cloud Systems Laboratory at CUHK-Shenzhen has recently achieved significant milestones in blockchain and Web3 research. Their groundbreaking work spans decentralized middleware, NFT markets, carbon credit systems, and community behavior analysis—showcasing the lab's leadership in cutting-edge technology.

Key Research Breakthroughs

1. SemNFT: Decentralized Middleware for NFT Immortality

Accepted at ACM MM'24 (CCF-A Conference)
Non-Fungible Tokens (NFTs) face critical challenges in storage, verification, and data permanence due to blockchain costs. SemNFT introduces:

2. ARTEMIS: Hunting Airdrop Exploiters in NFT Markets

Featured at WWW'24 (CCF-A Conference)
Addressing the "airdrop hunter" phenomenon through:

👉 Discover how blockchain is revolutionizing digital ownership

Web3 and Metaverse Advancements

3. Web3 Metaverse: A Human-Centric Framework

Surveying 30 years of industrial (Dow Jones Factiva) and academic (Google Scholar) data reveals:

4. Sustainable Blockchain: Carbon Credit Case Study

Forthcoming in IEEE Wireless Communications (IF:12.9)
Analyzing decentralized carbon markets with:

Decentralized Community Dynamics

5. DAO vs CAO: Crisis Management in Developer Communities

Forthcoming in IEEE Transactions on Computational Social Systems
Comparative analysis of Ukraine-Russia crisis discussions shows:

👉 Explore the future of decentralized organizations

6. Play-to-Earn Game Economics

FDG 2022 Publication
Aavegotchi player behavior study reveals:

Frequently Asked Questions

Q: How does SemNFT improve upon traditional NFT storage?
A: By integrating blockchain oracles, it maintains decentralization while solving cost/security issues of pure on-chain or centralized solutions.

Q: What makes ARTEMIS effective against airdrop hunters?
A: Its multi-hop neighbor sampling analyzes transaction paths to detect Sybil attacks invisible to single-address inspections.

Q: Can blockchain truly enable sustainable systems?
A: The carbon market study shows specific mechanisms where transparency and tokenization improve environmental accountability.

Q: Why do DAOs handle crises better than traditional organizations?
A: On-chain voting and token-weighted participation create clear decision hierarchies during conflicts.

Conclusion: Pioneering the Web3 Frontier

From NFT immortality frameworks to sustainable blockchain models, these innovations demonstrate how principled decentralization can solve real-world problems. The lab's cross-disciplinary approach—combining computer science, economics, and social systems—positions it at the forefront of Web3 research.

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