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引用次数: 0
摘要
不同的存储介质在读取数据方面具有不同的性能。最强大的是RAM,它具有快速服务I/O进程的特性。然后,我们有了闪存,它在读取任务方面性能很高,但在写入任务方面性能较差。第三种是硬盘,它是最慢的,但在保存数据方面是最可靠的。在这个模型中,我们将第一个和第三个模型结合使用,形成了一个性能更好的RAID DP开发结构。对于奇偶校验磁盘驱动器,我们使用了性能优异的DRAM存储器。因为奇偶校验磁盘是写进程过载最多的磁盘。RAID 1也用作内部RAID系统,将存储在DRAM SSD (Solid State Drive)中的数据保存到HDD中。
Different storage media have different performance in terms of fetching data. Most powerful one is RAM that has characteristics making it fast to serve I/O processes. Then, we have flash memory that has high performance of read tasks but less in write ones. Third one is HDD which is the slowest but most reliable in terms of preserving data. In this model, we used a combination of the first and third one to form a developed structure of RAID DP that has a much better performance. For parity disk drives, we used DRAM memory for its great performance. Because parity disks are the most overloaded with write processes. RAID 1 is also used as inner RAID system to preserve data stored in DRAM SSD (Solid State Drive) to HDD.