In this paper, we attempt to manage GC overhead at the operating system level. In our approach, first, we use a machine learning technique to devise a GC detecting mechanism at the operating system level, and second, we show that by making use of this mechanism performance variance normally observed on SSDs can be reduced. We develop a GC-detector that detects garbage collection of SSDs and request TRIM operations to the SSD when GC is detected. Experimental results running the GC-detector show increase average bandwidth and low performance variance compared to when not using GC-detector
In the past, program monitoring often operates at the code level, performing checks at function and...
There has been a rise in the development of waste in recent years, particularly in university hostel...
In this paper, we propose a MTS-CFQ I/O scheduler that is implemented by modifying the existing Linu...
Solid-state drives (SSDs) are rapidly replacing hard disk drives (HDDs) in many applications owing t...
The widespread adoption of SSDs has made ensuring stable performance difficult due to their high tai...
International audienceOne of the cornerstones of the cloud provider business is to reduce hardware r...
Part 3: Architecture and PerformanceInternational audienceSolid state disks (SSDs) have the potentia...
The recent development of 3D flash memories has promoted the widespread application of SSDs in moder...
Solid state drives (SSDs)have emerged as faster and more reliable data storages over the last few ye...
In device-to-device (D2D) communications, distributed Denial-of-Service (DDoS) attacks can be quite ...
Part 2: AIInternational audienceIn the era of big-data, large-scale storage systems use NAND Flash-b...
International audienceTraditional Linux prefetching algorithms were based on spatial locality of I/O...
The Flash Translation Layer (FTL) plays a crucial role for the performance and lifetime of SSDs. It ...
Distributed stream-based applications manage large quantities of data and exhibit unique production ...
The term software defined networking (SDN) is a network model that contributes to redefining the net...
In the past, program monitoring often operates at the code level, performing checks at function and...
There has been a rise in the development of waste in recent years, particularly in university hostel...
In this paper, we propose a MTS-CFQ I/O scheduler that is implemented by modifying the existing Linu...
Solid-state drives (SSDs) are rapidly replacing hard disk drives (HDDs) in many applications owing t...
The widespread adoption of SSDs has made ensuring stable performance difficult due to their high tai...
International audienceOne of the cornerstones of the cloud provider business is to reduce hardware r...
Part 3: Architecture and PerformanceInternational audienceSolid state disks (SSDs) have the potentia...
The recent development of 3D flash memories has promoted the widespread application of SSDs in moder...
Solid state drives (SSDs)have emerged as faster and more reliable data storages over the last few ye...
In device-to-device (D2D) communications, distributed Denial-of-Service (DDoS) attacks can be quite ...
Part 2: AIInternational audienceIn the era of big-data, large-scale storage systems use NAND Flash-b...
International audienceTraditional Linux prefetching algorithms were based on spatial locality of I/O...
The Flash Translation Layer (FTL) plays a crucial role for the performance and lifetime of SSDs. It ...
Distributed stream-based applications manage large quantities of data and exhibit unique production ...
The term software defined networking (SDN) is a network model that contributes to redefining the net...
In the past, program monitoring often operates at the code level, performing checks at function and...
There has been a rise in the development of waste in recent years, particularly in university hostel...
In this paper, we propose a MTS-CFQ I/O scheduler that is implemented by modifying the existing Linu...