基于区块链的动态指控方法研究

doi:10.12305/j.issn.1001-506X.2022.09.15

Abstract

Abstract:

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.

Key words: blockchain, dynamic command and control, authority transfer, smart contract

CLC Number:

TP399

Yongqi PAN, Wei WEI, Yi LIU, Cheng ZHU. Blockchain based method of dynamic command and control[J]. Systems Engineering and Electronics, 2022, 44(9): 2817-2825.

Figures/Tables 14

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字段	解释
MissionID	任务编号
State	任务表单状态
Applicants	受领任务组织
Content	任务基本内容
Authority	指挥权限
ReleaseTime	任务发布时间
ChangeTime	任务调整时间
FinishTime	任务完成时间
Result	任务完成情况
Evaluation	任务效果评估

字段	解释
EquipID	装备编号
State	装备状态
Owner	装备所属组织
Kind	装备类型
Description	装备基本描述
Content	装备借调信息
Secondment	装备借调组织

名称	指标/版本
CPU	Intel(R) Core(TM) i7-7700HQ 2.80 GHz
内存(RAM)	8 GB
Ubuntu	20.04
go	1.15.6
fabric	2.3
docker	20.10.1
docker-compose	1.25.0
caliper	0.4.2
node	10.19.0

名称	解释
t₁	读取链上数据的时间
t₂	验证与签名所需时间
t₃	调用智能合约完成事务所需时间
t₄	广播及数据同步等共识过程所需时间
t₅	数据上链的时间

参数	传统协同方法	基于区块链的动态指控方法
指令转发次数	多	少
审批单元数量	多	少
抗毁性	弱	强
数据存储量	小	大
带宽需求	小	大

Blockchain based method of dynamic command and control

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References 33

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