A brand-new Data Prefetching Using Deep Learning in Flash Storage Devices, tackling the crucial issue of lowering latency and boosting overall performance in contemporary storage systems. The proposed system optimizes data retrieval processes in flash-based storage devices by using the strength of deep neural networks to forecast and prefetch data requests with surprising accuracy. This framework demonstrates significant potential for revolutionizing data prefetching strategies and offering significant improvements in storage device efficiency and responsiveness, ultimately resulting in improved user experiences and lower data access latency in a variety of computing environments. It does this by combining advanced neural network architectures with data-driven features.

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Data Prefetching Using Deep Learning in Flash Storage Devices

  • Uppuluri Lakshmi Soundharya,
  • G. Vadivu,
  • Gogineni Krishna Chaitanya

摘要

A brand-new Data Prefetching Using Deep Learning in Flash Storage Devices, tackling the crucial issue of lowering latency and boosting overall performance in contemporary storage systems. The proposed system optimizes data retrieval processes in flash-based storage devices by using the strength of deep neural networks to forecast and prefetch data requests with surprising accuracy. This framework demonstrates significant potential for revolutionizing data prefetching strategies and offering significant improvements in storage device efficiency and responsiveness, ultimately resulting in improved user experiences and lower data access latency in a variety of computing environments. It does this by combining advanced neural network architectures with data-driven features.