Modern data center solid state drives (SSDs) integrate multiple general-purpose embedded
cores to manage flash translation layer, garbage collection, wear-leveling, and etc., to …

The performance characteristics of modern non-volatile storage devices have led to storage
becoming a shared, rack-scale resource. System designers have an imperative to rethink …

Intelligent solid-state drives (iSSDs) allow execution of limited application functions (eg, data
filtering or aggregation) on their internal hardware resources, exploiting SSD characteristics …

The adoption of flash memory in high volume consumer products such as cell phones, tablet
computers, digital cameras, and portable music players has driven down flash costs and …

As Solid-State Drives (SSDs) become commonplace in data-centers and storage arrays,
there is a growing demand for predictable latency. Traditional SSDs, serving block I/Os, fail …

A modern datacenter server aims to achieve high energy efficiency by co-running multiple
applications. Some of such applications (eg, web search) are latency sensitive. Therefore …

Solid State Disks (SSDs) based on flash and other non-volatile memory technologies reduce
storage latencies from 10s of milliseconds to 10s or 100s of microseconds, transforming …

Host-side SSD caches represent a powerful knob for improving and controlling storage
performance and improve performance isolation. We present Centaur, as a host-side SSD …

In order to meet the stringent requirements of low latency as well as high throughput, web
service providers with large data centers have been replacing magnetic disk drives with …

This paper explores the benefits and limitations of in-storage processing on current Solid-
State Disk (SSD) architectures. While disk-based in-storage processing has not been widely …