基于区块链的动态指控方法研究

面向动态指控过程中指挥权限跨域重构与资源点对点动态调配需求，基于区块链技术设计了动态指控组织架构模型，在此基础上分别研究了基于认证联盟与共识阈值的权限流转模型、基于任务表单和装备表单的任务执行模型，并依托智能合约建立了应急响应机制，为动态指控中指挥权限可信流转与装备点对点访问提供了解决方案。通过Hyperledger Fabric搭建原型系统，实验结果证明了方案具备可信性与较好的运行效率。

Blockchain based method of dynamic command and control

Facing the requirements of cross-domain reconfiguration of command authority and point-to-point dynamic reallocation of resources in the process of dynamic command and control, corresponding organization structure model based on blockchain technology is designed, and on this basis, the authority transfer method based on the authentication alliance and the consensus threshold, as well as the task execution model based on task list and equipment list are studied. An emergency response system with blockchain smart contract mechanism is established and it provides a solution for trusted flow of command authority and point-to-point access to equipment in dynamic allegations. A prototype system is built with Hyperledger Fabric, and test results show feasibility and good efficiency of our solutions.