This work introduces a novel approach for the governance of a blockchain containing social constructs and technical viability for widescale applications for the next generation of distributed ledgers. Functional requirements for this new blockchain distributed ledger (BDL) were garnered from an analysis of the needs for large-scale applications. Applied research was employed as part of this endeavor to test the practicality and scalability of the solution outline. Novel features in this application draw together controls and enforcement for cybersecurity, digital content management, licensing, and configuration management. The Synchronous Trust Consensus Model applied research project named Project Philos was sponsored by the BlockChain Development Community (BCDC) with support from the University of Colorado. Research has followed both theorized conceptual and theory-to-practice models to prove the scientific soundness and the viability of incentive for community engagement. Results show that this new model proves the feasibility of an indefinitely expandable blockchain distributed ledger capability, while also providing a new participant incentive that is highly effective in engaging a community of practitioners.
翻译:这项工作为管理含有社会结构的链条以及大规模应用技术在技术上的可行性,为下一代分布式分类账提供了一种新的管理方法,从对大规模应用需求的分析中获得了这一新的链条分配分类账(BDL)的功能要求,应用研究是测试解决方案大纲的可行性和可扩展性工作的一部分,这一应用中的新特点汇集了网络安全、数字内容管理、许可证发放和配置管理方面的控制和执法。协同信任共识模型应用研究项目名为菲洛斯项目,由布林查因发展共同体(BCDC)赞助,并得到科罗拉多大学的支持。研究遵循理论理论和理论实践模式,以证明社区参与的激励的科学健全性和可行性。结果显示,这一新模型证明无限期扩大的链条分配分类账能力的可行性,同时提供新的参与者激励,在让从业人员参与方面非常有效。