A shared self-compacting buffer for network-on-chip systems
J Liu, JG Delgado-Frias - 2006 49th IEEE international midwest …, 2006 - ieeexplore.ieee.org
J Liu, JG Delgado-Frias
2006 49th IEEE international midwest symposium on circuits and systems, 2006•ieeexplore.ieee.orgIn this paper we present a novel shared buffer scheme for systems on chip applications that
require an interconnection network. The proposed scheme is based on a dynamically
allocated multi queue self-compacting buffer. Two virtual channels shared the same buffer
space. This in turn takes advantage of the available space. The proposed scheme
outperforms existing approaches. In addition the scheme has similar performance using only
half of the buffer size used in other traditional implementations.
require an interconnection network. The proposed scheme is based on a dynamically
allocated multi queue self-compacting buffer. Two virtual channels shared the same buffer
space. This in turn takes advantage of the available space. The proposed scheme
outperforms existing approaches. In addition the scheme has similar performance using only
half of the buffer size used in other traditional implementations.
In this paper we present a novel shared buffer scheme for systems on chip applications that require an interconnection network. The proposed scheme is based on a dynamically allocated multi queue self-compacting buffer. Two virtual channels shared the same buffer space. This in turn takes advantage of the available space. The proposed scheme outperforms existing approaches. In addition the scheme has similar performance using only half of the buffer size used in other traditional implementations.
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