Directive-Based, High-Level Programming and Optimizations for High-Performance Computing with FPGAs.
Jacob LambertSeyong LeeJungwon KimJeffrey S. VetterAllen D. MalonyPublished in: ICS (2018)
Keyphrases
- high performance computing
- high level programming
- hardware software
- scientific computing
- high level
- field programmable gate array
- massively parallel
- parallel computing
- computational science
- computing systems
- fault tolerance
- molecular dynamics
- grid computing
- national laboratory
- computing environments
- message passing interface
- low cost
- energy efficiency
- computing resources
- parallel architectures
- ambient intelligence
- artificial intelligence
- database systems
- computing infrastructure
- markov random field
- data processing
- embedded systems
- load balancing
- power consumption
- fault tolerant
- database
- hardware implementation