基于云平台的飞行试验数据中心架构设计

近年高密度航天发射任务和不断提升的数据采集处理能力使得试验数据规模呈几何级数增长,但目前采用的传统试验数据存储管理和应用服务手段已难以适应任务发展的形势要求.针对航天任务参试系统多、地域跨度广、试验数据采集源多、规模增长迅速、业务应用复杂及用户多样等特征需求,采用云存储和云计算技术,提出了一种基于云平台的分布式数据中心架构,论述了基于两级数据中心的应用服务模式,实现了两级数据中心的整体设计,支持全系统计算资源、存储资源、网络资源和业务资源的统一调度管理,支持计算节点、存储节点和网络节点的动态扩展,能够较好地满足海量飞行试验数据的长期存储管理和高效应用服务需求.

Design of Architecture of Spaceflight Test Data Centers Using Cloud Platform

In recent years, the scale of spaceflight test data is growing exponentially with the increasing density of space launch tasks and improving ability of data acquisition and processing.As a result, the existing traditional approaches of data storage, management and application services no longer meet the requirements and situations of missions.Space missions have many unique characteristics, such as multi systems involvement, wide geographical distribution, mass amount of acquisition sources, rapid increase in scale, sophisticated applications and diversified users.Based on these characteristics, a distributed cloud platform architecture for spaceflight test data center is proposed by employing the technologies of cloud storage and cloud computing.Patterns of application and services based on two levels of data center are also discussed.The architecture implements an integral design of two levels of data center, provides a unified scheduling and management infrastructure for resources of computing, storage, network and applications, and it also enhances dynamic extensions for computing nodes, storage nodes and network nodes.It well meets the demands of long term storage management and efficient application services for mass amount of spaceflight test data