一种基于云芯一号的OpenStack块存储加速方案

An OpenStack Block Storage Acceleration Scheme Based on Cloud Core V1.0

为了改善传统OpenStack平台在非对象存储上存储效率低下、存储方式单一等缺点,基于自主研发的云芯一号(Cloud Core V1.0),在多节点分布式OpenStack云平台上研发基于云芯一号的块存储加速体系结构,并进行试验部署。研究结果表明,基于云芯一号的块存储加速方案,增加了OpenStack块存储的存储对象种类;在块存储前进行文件硬件压缩处理,极大提升了块存储的存储速度和安全可靠性;基于云芯一号的Open?Stack块存储加速方案不仅能快速有效地对非对象存储资源进行安全有效存储,而且为存储前的节点调度和资源监控夯实了基础。

In order to improve the storage efficiency of the traditional OpenStack platform on non-object storage,simple storage meth?ods,based on the independent research and development of Cloud Core V1.0,the cloud-based block storage acceleration architecture based on Cloud Core V1.0 was developed on a multi-node distributed OpenStack cloud platform,and experimental deployment was carried out.The test results show that the cloud storage-based block storage acceleration scheme increases the types of storage objects stored in OpenStack blocks.The file hardware compression process is performed before the block storage,which greatly improves the storage speed and security reliability of the block storage.The cloud-based OpenStack block storage acceleration solution can not only effectively and non-objectively store non-object storage resources,but can also provide a solid research foundation for node schedul?ing and resource monitoring before storage.