Media Summary: Speaker: Sang-Woo Jun, University of California, Irvine Modern high-density, high-performance There have been numerous proposals to accelerate databases Shengwen Liang and Ying Wang, State Key Laboratory of Computer Architecture, Institute of Computing Technology, Chinese ...

Big Data Analytics Using Flash Storage With Near Storage Hardware Accelerators - Detailed Analysis & Overview

Speaker: Sang-Woo Jun, University of California, Irvine Modern high-density, high-performance There have been numerous proposals to accelerate databases Shengwen Liang and Ying Wang, State Key Laboratory of Computer Architecture, Institute of Computing Technology, Chinese ... Scott Loughmiller unveils the new Scale Computing

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Big Data Analytics Using Flash Storage with Near-Storage Hardware Accelerators
Cheaper, faster computers: Affordable Big Data analytics using hardware accelerators and NVM storage
Why Don’t Computers Just Use One Type of Memory? 🖥️💿🛠️
GraFBoost Lightning talk (ISCA 2018)
4. Zhiru Zhang: Near-Memory Hardware Acceleration of Sparse Workloads
Big Data In 5 Minutes | What Is Big Data?| Big Data Analytics | Big Data Tutorial | Simplilearn
Near-Storage Acceleration in Practice: Opportunities and Challenges [Invited]
Accelerating Data Analytics with Computational Storage Drives
NVIDIA & Pliops - Accelerating Flash Based Database and Analytics in Modern Data Center
Using Programmable Hardware Accelerators in Analytics (IMDEA Software Seminar May 2019)
Hardware Accelerators for the Datacenter -- Zsolt Istvan
USENIX ATC '19 - Cognitive SSD: A Deep Learning Engine for In-Storage Data Retrieval
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Big Data Analytics Using Flash Storage with Near-Storage Hardware Accelerators

Big Data Analytics Using Flash Storage with Near-Storage Hardware Accelerators

As capacity for

Cheaper, faster computers: Affordable Big Data analytics using hardware accelerators and NVM storage

Cheaper, faster computers: Affordable Big Data analytics using hardware accelerators and NVM storage

The Department of Computer

Why Don’t Computers Just Use One Type of Memory? 🖥️💿🛠️

Why Don’t Computers Just Use One Type of Memory? 🖥️💿🛠️

To learn more about how Micron

GraFBoost Lightning talk (ISCA 2018)

GraFBoost Lightning talk (ISCA 2018)

Lightning talk for GraFBoost:

4. Zhiru Zhang: Near-Memory Hardware Acceleration of Sparse Workloads

4. Zhiru Zhang: Near-Memory Hardware Acceleration of Sparse Workloads

DATE 2022 Workshop:

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Big Data In 5 Minutes | What Is Big Data?| Big Data Analytics | Big Data Tutorial | Simplilearn

Big Data In 5 Minutes | What Is Big Data?| Big Data Analytics | Big Data Tutorial | Simplilearn

IBM -

Near-Storage Acceleration in Practice: Opportunities and Challenges [Invited]

Near-Storage Acceleration in Practice: Opportunities and Challenges [Invited]

Speaker: Sang-Woo Jun, University of California, Irvine Modern high-density, high-performance

Accelerating Data Analytics with Computational Storage Drives

Accelerating Data Analytics with Computational Storage Drives

High Performance and

NVIDIA & Pliops - Accelerating Flash Based Database and Analytics in Modern Data Center

NVIDIA & Pliops - Accelerating Flash Based Database and Analytics in Modern Data Center

Flash Memory

Using Programmable Hardware Accelerators in Analytics (IMDEA Software Seminar May 2019)

Using Programmable Hardware Accelerators in Analytics (IMDEA Software Seminar May 2019)

There have been numerous proposals to accelerate databases

Hardware Accelerators for the Datacenter -- Zsolt Istvan

Hardware Accelerators for the Datacenter -- Zsolt Istvan

More on our FPGA projects at http://www.systems.ethz.ch/projects/fpga.

USENIX ATC '19 - Cognitive SSD: A Deep Learning Engine for In-Storage Data Retrieval

USENIX ATC '19 - Cognitive SSD: A Deep Learning Engine for In-Storage Data Retrieval

Shengwen Liang and Ying Wang, State Key Laboratory of Computer Architecture, Institute of Computing Technology, Chinese ...

Scale Computing Flash Storage Introduction

Scale Computing Flash Storage Introduction

Scott Loughmiller unveils the new Scale Computing