Fast Color Space Transformation for Embedded Controller by SA-C Recofigurable Computing

Authors

  • Jian-Long Kuo Author

Abstract

This paper proposes nominal decomposition for calculating color space transformation in single assignment language, to speed up execution time. Chromaticity coordinate transformation is discussed within the framework of nominal decomposition. The gamma curve look-up table for function mapping is also discussed with reference to Taylor expansion with 20-point and 100-point LUT types. The numerical value is decomposed into nominal value and base value, respectively.K-Table matrices for different bases are also proposed, in order to provide the base change for the associated derivation. Such an algorithm is suitable for the programming of single assignment C. The hardware description language VHDL can be generated by using Data Flow Graph in a single assignment 
C compiler. The results will show that the proposed algorithm can shorten the execution time to a certain extent. It is evident 
that the proposed algorithm can be very helpful in implementing the hardware-interface or software-driver for the processor display and printer system

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Published

01.07.2021

How to Cite

Fast Color Space Transformation for Embedded Controller by SA-C Recofigurable Computing. (2021). International Journal of Information and Electronics Engineering, 1(1), 23-32. https://ijiee.org/index.php/ijiee/article/view/6