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Session

HPC in Asia: HPC in Asia Poster Session
Event TypeHPC in Asia
Passes
TimeWednesday, June 19th10:10am - 11am
LocationAnalog 1, 2
Presentations
(RP01) CPU Water Cooling Temperature Effects on the Performance and Energy Consumption
Energy Consumption
(RP03) Design of an FPGA-based Matrix Multiplier with Task Parallelism
Research Poster Authors
HPC Accelerators
(RP04) Distributed Deep Learning with FPGA Ring Allreduce
AI/Machine Learning/Deep Learning
Clouds and Distributed Computing
Communication Optimization
Heterogeneous Systems
Networks
(RP10) High-Performance Computing of Thin QR Decomposition on Parallel Systems
Parallel Algorithms
(RP12) A Container-Based Approach to HPC Cloud
Research Poster Authors
Clouds and Distributed Computing
HPC workflows
MPI
Performance Analysis and Optimization
(RP13) An Application Parameter Search Method Based on the Binary Tree Algorithm for Performance Tuning
Performance Analysis and Optimization
Performance Tools
Scientific Software Development
(RP15) Easy-to-use and Secure Web Command Line Interface for Heterogeneous Resources on Artificial Intelligence Platform
Clouds and Distributed Computing
Education and Training
System Software & Runtime Systems
(RP16) Power Prediction with Probabilistic Topic Modeling for HPC
AI/Machine Learning/Deep Learning
Big Data Analytics
Energy Consumption
Exascale Systems
Scheduling
(RP18) Real-Time Fire Detection Using CUDA
Research Poster Authors
Parallel Algorithms
Parallel Applications
Performance Analysis and Optimization
(RP20) Development of Training Environment for Deep Learning With Medical Images on Supercomputer System Based on Asynchronous Parallel Bayesian Optimization
AI/Machine Learning/Deep Learning
Big Data Analytics
Parallel Applications
(RP23) A Skewed Multi-Bank Cache for Vector Processors
Computer Architecture
(RP27) Memory First : A Performance Tuning Strategy Focusing on Memory Access Patterns
Computer Architecture
Performance Analysis and Optimization
Scientific Software Development
(RP28) Performance Tuning of Deep Learning Framework Chainer on the K Computer.
AI/Machine Learning/Deep Learning
Performance Analysis and Optimization