Blockchain Technology and Application

Blockchain Technology and Application brings together revised selected papers from the Third CCF China Blockchain Conference (CBCC 2020), offering a focused snapshot of research activity around blockchain science and engineering. Published in Springer’s Communications in Computer and Information Science series, this proceedings volume is less about broad exposition and more about current research problems, experimental approaches, and application ideas emerging from the conference community.

Research from a live conference setting

The book reflects the work of authors and organizers gathered around CBCC 2020 in Jinan, China. That conference context matters: the papers are positioned around active technical questions, making the volume especially relevant to readers who follow blockchain as a research field rather than as a consumer-facing technology trend.

Topics covered in the proceedings

The contents range across several practical and technical directions, including:

• blockchain simulation frameworks
• access control for electronic evidence
• digital copyright protection
• optimized SHA-256 implementation
• education data management systems
• blockchain use in trading networks
• practical Byzantine fault tolerance
• certificate storage in blockchain-based PKI systems

Who this ebook suits best

This title will appeal most to researchers, graduate students, and technically minded readers who want to see how blockchain ideas are being explored in real academic papers. Because it is a conference proceedings collection, it is useful for browsing specific problems and implementation approaches, especially where blockchain intersects with security, infrastructure, and applied systems design.

A concise academic reference on blockchain applications

If you are building a digital bookshelf around distributed systems, cryptography, or blockchain applications, this volume offers a focused proceedings record from an important regional conference. It is a practical pick when you want research depth, not hype.