Latency/Wearout in a Flash-Based Storage System with Replication on Write

机译：基于Flash的存储系统中的延迟/磨损，写入时进行复制

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We investigate the influence of latency and wearout of writing data on the efficiency of high-performance data storage systems. Using a mathematical model, we propose the strategy of redundant writing with cancelling long write operations. Presented numerical simulation results allow choosing the replication level needed to achieve the trade-off between the latency and wearout that provides desired reliability and efficiency.

机译：我们研究延迟和写入数据的磨损对高性能数据存储系统效率的影响。使用数学模型，我们提出了取消长写操作的冗余写策略。呈现的数值模拟结果允许选择所需的复制级别，以实现等待时间和损耗之间的权衡，从而提供所需的可靠性和效率。

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《Conference of Open Innovations Association》|2019年|360-366|共7页
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Alexander Rumyantsev; Evgeny Ivashko; Ilya Chernov; Dmitry Kositsyn; Anton Shabaev; Vadim Ponomarev;
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Writing; Random access memory; Mathematical model; Time factors; Redundancy;

机译：写作;随机存取存储器;数学模型;时间因素;冗余;

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机译：CalmWPC：一种缓冲区管理，可缓解基于NAND闪存的存储系统的写入性能下降
2. Cooperating Virtual Memory and Write Buffer Management for Flash-Based Storage Systems [J] . Shi L., Li J., Xue C.J., Very Large Scale Integration (VLSI) Systems, IEEE Transactions on . 2013,第4期

机译：基于闪存的存储系统的协作虚拟内存和写缓冲区管理
3. An Adaptive Idle-Time Exploiting Method for Low Latency NAND Flash-Based Storage Devices [J] . Park S.-H., Kim D, Bang K., IEEE Transactions on Computers . 2014,第5期

机译：低延迟基于NAND闪存的存储设备的自适应空闲时间利用方法
4. Latency/Wearout in a Flash-Based Storage System with Replication on Write [C] . Alexander Rumyantsev, Evgeny Ivashko, Ilya Chernov, Conference of Open Innovations Association . 2019

机译：基于闪存的存储系统中的延迟/磨损，并在写入复制
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Latency/Wearout in a Flash-Based Storage System with Replication on Write

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