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Focus Session: Memory, New Technologies and Bandwidth Challenges for Future HPC-Systems
Event TypeFocus Session
Passes
TimeTuesday, June 18th8:30am - 10am CEST
LocationPanorama 2
Description
Advanced device technologies such as 3D-stacked memory and non-volatile random-access memory (NVRAM) have added a new dimension to the already over complex memory hierarchies in high-performance computing (HPC) systems. This is new dimension provides new possibilities to meet the increasing demand of big data applications and to address the notorious memory-wall problem. Computer hardware systems, operating systems, storage and file systems, data models and programming stacks, performance models and tools need to be enhanced, augmented, or even redesigned to address the performance, programmability and energy efficiency challenges to support an integrated deep memory-storage hierarchy for HPC and data-intensive applications. In this session, the speakers will share their experiences and findings in addressing emerging memory challenges for exascale computing. This session is anticipated to help the HPC community understanding the scope of modern memory system research and identifying future research directions to address memory and storage challenges via advanced technologies and emerging systems.
Presentations
8:30am - 8:52am CESTExtreme Heterogeneity in Emerging Memory Systems
Heterogeneous Systems
Post Moore’s Law Computing
8:52am - 9:15am CESTPerformance Portability with Data-Centric Parallel Programming
Communication Optimization
Extreme-Scale Computing
Heterogeneous Systems
Performance Analysis and Optimization
Programming Models & Languages
9:15am - 9:37am CESTMemory Technology Impacts on Current, Near-Term, and Future Systems
Computer Architecture
Exascale Systems
Extreme-Scale Computing
Heterogeneous Systems
9:37am - 10:00am CESTDeep Memory-Storage Hierarchy and Pace-Matching Data Access
Exascale Systems
Heterogeneous Systems
Performance Analysis and Optimization
Post Moore’s Law Computing
Storage Technologies