Scalable Bandwidth Shaping Scheme via Adaptively Managed Parallel Heaps in Manycore-Based Network Processors.
Taehyun KimJongbum LimJinku KimWoo-Cheol ChoEui-Young ChungHyuk-Jun LeePublished in: ACM Trans. Design Autom. Electr. Syst. (2017)
Keyphrases
- parallel architectures
- parallel processing
- differentiated services
- high bandwidth
- parallel architecture
- network resources
- traffic load
- bandwidth allocation
- shared memory
- network bandwidth
- parallel tree search
- network congestion
- allocation scheme
- parallel computing
- streaming services
- single processor
- parallel algorithm
- graphics processing units
- bandwidth utilization
- parallel computation
- massively parallel
- routing scheme
- optical networks
- network structure
- general purpose
- bandwidth usage
- bandwidth requirements
- multiprocessor systems
- multi core processors
- resource utilization
- parallel programming
- network traffic
- distributed network
- transmission rate
- parallel execution
- processing units
- packet loss rate
- peer to peer
- blocking probability
- high end
- quality of service
- data parallelism
- congestion control
- end to end
- video streaming
- parallel computers
- parallel processors
- distributed memory
- high performance computing
- processing elements
- computer architecture