High throughput area-efficient SoC-based forward/inverse integer transforms for H.264/AVC

@article{Do2010HighTA,
  title={High throughput area-efficient SoC-based forward/inverse integer transforms for H.264/AVC},
  author={Trang T. T. Do and Thinh M. Le},
  journal={Proceedings of 2010 IEEE International Symposium on Circuits and Systems},
  year={2010},
  pages={4113-4116}
}
In this paper, high throughput area-efficient system-on-chip-based (SoC) forward/inverse integer transform (FIT/IIT) modules for H.264/AVC are proposed. High throughput can be achieved by pipelining quantization/rescaling and FIT/IIT blocks; while efficient area is possible by reusing architecture of all four transforms and using buffers for smoothening multiplications and reducing the number of multipliers and quantization/rescaling hardware. With the support of an Application Specific… CONTINUE READING
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