CRISP-DS:用于高清数码摄像机和数码相机的双流粗粒度可重构图像流处理器

Tsung-Huang Chen, Jason C. Chen, Teng-Yuan Cheng, Shao-Yi Chien
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引用次数: 7

摘要

采用台积电0.13μm CMOS技术实现了329mW、600M-Pixels/s双流粗粒度可重构图像流处理器,核心尺寸为4.84mm2。可重构的流水线处理元件阵列架构在仅10Kb片上内存的情况下,很好地平衡了计算性能和灵活性。此外,提出了一种新的双流架构,通过两层上下文切换处理两个独立的图像流来提高灵活性和硬件效率,并提出了一种隔离技术来提高功耗。实现结果表明,该方案的功率效率是现有方案的1.52倍,能够满足高清摄像机和数码相机的使用要求。
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CRISP-DS: Dual-stream coarse-grained reconfigurable image stream processor for HD digital camcorders and digital still cameras
A 329mW 600M-Pixels/s dual-stream coarsegrained reconfigurable image stream processor is implemented in TSMC 0.13μm CMOS technology with a core size of 4.84mm2. The reconfigurable pipelined processing element array architecture makes a good balance between computing performance and flexibility with only 10Kb on-chip memory. Moreover, a new dual-stream architecture is proposed to improve the flexibility and hardware efficiency by processing two independent image streams with two-layer context switching, and an isolation technique is also proposed to improve the power consumption. Implementation results show that it achieves 1.52 times power efficiency than previous works and can meet the requirements of high-definition video camcorders and digital still cameras.
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