论文标题
分散应用程序的可执行模型和实例跟踪 - 基于区块链和云平台的体系结构
Executable Models and Instance Tracking for Decentralized Applications -- Towards an Architecture Based on Blockchains and Cloud Platforms
论文作者
论文摘要
今天的技术和组织障碍（包括可伸缩性和高复杂性）今天有限地指定开发人员以及组织中的域专家，包括可扩展性和高复杂性，包括可扩展性和高复杂性，包括可扩展性和高复杂性。克服这些限制可以允许超出数据的分散协调，在这种情况下，分布式各方依靠高级抽象来使用分散的应用程序来协调其行动，而不仅限于组织。为了实现这一目标，手头的论文提出了可执行模型作为高级抽象，可以通过分布式各方观察和跟踪。特别是，研究了如何将云平台上的可执行模型与智能合约结合在一起，以跟踪其执行，以架构作为探索性研究结果结论，以支持可扩展性和分散的协调。
The execution of decentralized applications on blockchains is limited today by technical and organizational barriers, including scalability and the high complexity to specify execution correctly for developers as well as for domain experts in organizations. Overcoming these limitations could allow for decentralized coordination beyond data, where distributed parties rely on higher-level abstractions for coordinating their actions using decentralized applications, not limited to organizations. Towards this goal, the paper at hand proposes executable models as high-level abstraction that can be observed and tracked by distributed parties. In particular, it is investigated how executable models on cloud platforms can be coupled with smart contracts for tracking their execution, concluding with an architecture as exploratory research result towards supporting scalability and decentralized coordination.
