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Rebooting the data access hierarchy of computing systems
Wen Mei W. Hwu
, Izzat El Hajj
, Simon Garcia De Gonzalo
, Carl Pearson
,
Nam Sung Kim
,
Deming Chen
, Jinjun Xiong
, Zehra Sura
Electrical and Computer Engineering
Information Trust Institute
National Center for Supercomputing Applications (NCSA)
Coordinated Science Lab
Siebel School of Computing and Data Science
Research output
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Chapter in Book/Report/Conference proceeding
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Keyphrases
Computing Systems
100%
Perfect Storm
100%
Data Access
100%
Data Movement
100%
Order of Magnitude
50%
First-principles
50%
Illinois
50%
Lessons Learned
50%
Large Amount of Data
50%
Parallelization
50%
Existing System
50%
Technology Development
50%
Application Performance
50%
Performance Efficiency
50%
Memory Device
50%
Innovative Applications
50%
Energy Efficiency
50%
Principles-based
50%
Hardware Architecture
50%
Data Reuse
50%
High-valued
50%
Software Engineering
50%
Application Energy
50%
Engineering Cost
50%
Little Data
50%
Deep Learning
50%
Algorithm Architecture
50%
Architectural Language
50%
Cognitive Computing
50%
Killer App
50%
New Drivers
50%
Technological Trajectory
50%
Near Real-time Data
50%
Cognitive Robotics
50%
Compiler Architecture
50%
Systems Research
50%
Access Bandwidth
50%
Computer Science
Data Access
100%
Cognitive Computing
100%
Software Engineering
50%
Parallelism
50%
Energy Efficiency
50%
Data Reuse
50%
Application Performance
50%
Hardware Architecture
50%
Research System
50%
Deep Learning Method
50%
Technological Development
50%
Compiler
50%