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High Speed and Bi-mode Image Compression Core for Onboard SpaceApplication

机译:用于板载间隔内的高速和双模图像压缩核心

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This paper presents a bi-mode, high performance Discrete Wavelet Transform-based image compression core for future spacecrafts and micro-satellites. The hardware solution proposed here exploits an optimized CCSDS IDC algorithm and consists of a lossless mode and a lossly mode. The throughput of the core is improved 40 times using parallel architecture and pipeline technique , and a data rate of about 12.5M pixles/s can be sustained at 50MHz for the lossly mode. The experimental results indicate that this core has high performance at coding efficiency, data rate and error containment for both of the two modes.
机译:本文介绍了一种基于双模的高性能离散小波变换的图像压缩核心,用于将来的航天器和微卫星。这里提出的硬件解决方案利用优化的CCSDS IDC算法,包括无损模式和损耗模式。核心的吞吐量使用并行架构和管道技术提高了40次,并且可以在50MHz上维持约12.5M像素/秒的数据速率以进行损耗模式。实验结果表明,该核心在编码效率,数据速率和两种模式中的误差容器中具有高性能。

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