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ProOnE: a general-purpose protocol onload engine for multi- and many-core architectures

P. Lai, P. Balaji, R. Thakur, D. K. Panda
2009 Computer Science - Research and Development  
To take advantage of the obvious benefits of multi/many-core architectures, we propose, design and evaluate ProOnE, a general purpose Protocol Onload Engine.  ...  The general purpose processing capabilities of multi-core architectures allow ProOnE to be designed in a flexible, extensible and scalable manner, while benefiting from the reducing costs of general-purpose  ...  Consequently, to take advantage of the obvious benefits of multi-core architectures, we propose, design and evaluate a general purpose Protocol Onload Engine, named as ProOnE.  ... 
doi:10.1007/s00450-009-0090-8 fatcat:j7u4d6luyre4vhl3hz32zvt25y

Communication Architectures for Scalable GPU-centric Computing Systems

Benjamin Klenk
2018
Promoting the GPU to a first-class processor comes with many challenges, such as progress guarantees, dynamic memory management, and scheduling.  ...  However, it is also shown that the messaging protocol can be relaxed to improve performance significantly, leveraging the massive amount of parallelism provided by the GPU's architecture.  ...  many-core architectures.  ... 
doi:10.11588/heidok.00023954 fatcat:cclcqx72zfdjtn3fkrgpvaesmq