Using Bezier Curve to Improve the Accuracy in Integrated Circuit Design Analysis
Eric Yu Hai Chen, May Huang
Abstract
Eric Yu Hai Chen, May Huang
Abstract
In this paper, we introduce a method for the application of Bézier curve algorithms to lookup-table-based interpolations, particularly for the use of timing, power, and noise analysis in integrated circuit design. Bézier curves can replace conventional piecewise linear functions for accuracy enhancement. Selecting control points with physical implications and forcing curves to pass through sampled points are critical for achieving the envisioned improvements. This method can be easily applied to the interpolation of splines. Keywords: Lookup Table, Bézier Curve, Analysis. 1.
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In this paper, we introduce a method for the application of Bézier curve algorithms to lookup-table-based interpolations, particularly for the use of timing, power, and noise analysis in integrated circuit design. Bézier curves can replace conventional piecewise linear functions for accuracy enhancement. Selecting control points with physical implications and forcing curves to pass through sampled points are critical for achieving the envisioned improvements. This method can be easily applied to the interpolation of splines. Keywords: Lookup Table, Bézier Curve, Analysis. 1.
Key concepts: Bézier curve, Interpolation (computer graphics), Computer science, Algorithm, Lookup table, Piecewise, Curve fitting, Mathematics