Abstract
We have constructed an anti-Simpson's quadrature formula using Simpson's $\frac{1}{3}rd$ quadrature formula following the idea given by D. P. Laurie. An extension of this formula is developed by taking average linear combination with the Simpson's $\frac{1}{3}rd$ quadrature formula. Through error analysis, we studied the theoretical dominance of this extended anti-Simpson's quadrature formula over its constituents. We accomplished numerical verification of the formula evaluating test integrals including elliptic ones. We depict the novelty of the formula in both non-adaptive and adaptive environments. In adaptive environment the dominancy of the rule over its constituents clarifies both in number of steps and error committed.
Keywords and Phrases
AMS Subject Classification
Primary 65D30, 65D32, Secondary 65E05, 65A05.
How to Cite
Debasish Das, Sanjit Kumar Mohanty, Litan Kumar Barikee, Rajani B. Dash (2024). ANTI-SIMPSON'S QUADRATURE FORMULA AND ITS EXTENSION FOR EVALUATION OF ELLIPTIC AND OTHER INTEGRALS IN ADAPTIVE ENVIRONMENT. South East Asian Journal of Mathematics and Mathematical Sciences, 20(2), 463-476.