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Lightweight deep deterministic policy gradient for edge computing in recirculating aquaculture systems: real-time feeding control with reduced computational requirements. [PDF]
Sci RepElmessery WM +7 more
europepmc +1 more source
Scaling Synthetic Brain Data Generation. [PDF]
IEEE J Biomed Health InformDoan M, Plis S.
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ACM Computing Surveys, 1982
The tutorial presents a unified nomenclature for the description of cache memory systems. Using this foundation, examples of existing cache memory systems are detailed and compared.The second presentation discusses a programmable cache memory architecture. In this architecture, intelligence is added to the cache to direct the activity between the cache
Robert P. Cook +3 more
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The tutorial presents a unified nomenclature for the description of cache memory systems. Using this foundation, examples of existing cache memory systems are detailed and compared.The second presentation discusses a programmable cache memory architecture. In this architecture, intelligence is added to the cache to direct the activity between the cache
Robert P. Cook +3 more
openaire +2 more sources
Innovative Architecture for Future Generation High-Performance Processors and Systems IWIA-01, 2001
The new technology of Processing-In-Memory now allows relatively large DRAM memory macros to be positioned on the same die with processing logic. Despite the high bandwidth and low latency possible with such macros, more of both is always better. Classical techniques such as caching are typically used for such performance gains, but at the cost of high
null Zawodny, null Kogge
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The new technology of Processing-In-Memory now allows relatively large DRAM memory macros to be positioned on the same die with processing logic. Despite the high bandwidth and low latency possible with such macros, more of both is always better. Classical techniques such as caching are typically used for such performance gains, but at the cost of high
null Zawodny, null Kogge
openaire +1 more source
2020
The construction and correctness proof of a cache coherent shared memory system (short: cache memory system, CMS) based on the MOESI protocol [SS86] is by far the longest and technically most involved part of [KMP14].
Petro Lutsyk +2 more
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The construction and correctness proof of a cache coherent shared memory system (short: cache memory system, CMS) based on the MOESI protocol [SS86] is by far the longest and technically most involved part of [KMP14].
Petro Lutsyk +2 more
openaire +1 more source