| The Generic Active Message Interface Specification. Available from http://now.cs.berkeley.edu/Papers/Papers/gam spec.ps, 1994. |
....benefit in going beyond this size, and FM shows that low latencies are possible. Based on these considerations, we chose a 128 byte frame size for FM 1.0. Larger messages will require segmentation and reassembly into frames of this size. Our approach differs from the Generic Active Messages model [1] which provides extremely short (4 word) messages and longer network DMA transfers. Serendipitously, the FM frame size is close to the best size for supporting TCP IP and UDP IP traffic, where the vast majority of packets would fit into a single frame [5] This presents the possibil18 Messaging ....
The Generic Active Message Interface Specification. Available from http://now.cs.berkeley.edu/Papers/Papers/gam spec.ps, 1994.
....benefit in going beyond this size, and FM shows that low latencies are possible. Based on these considerations, we chose a 128 byte frame size for FM 1.0. Larger messages will require segmentation and reassembly into frames of this size. Our approach differs from the Generic Active Messages model [1] which provides extremely short (4 word) messages and longer network DMA transfers. Serendipitously, the FM frame size is close to the best size for supporting TCP IP and UDP IP traffic, where the vast majority of packets would fit into a single frame [5] This presents the possibility that a ....
The Generic Active Message Interface Specification. Available from http://now.cs.berkeley.edu/Papers/Papers/gam spec.ps, 1994.
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