Area-efficient buffer binding based on a novel two-part FIFO structure
Kyoungseok Rha, Ki‐Young Choi · 2002
In this paper, we address the problem of minimizing buffer storage requirement in buffer binding for SDF (Synchronous Dataflow) graphs. First, we propose a new two-part FIFO buffer structure that can be efficiently shared by two produce/consumer pairs. Then we propose a buffer binding algorithm based on this two-port buffer structure for minimizing the buffer size requirement. Experimental results demonstrate 9.8%/spl sim/37.8% improvement in buffer requirement compared to the conventional approaches.