De Moraes, "Limit cycles for a class of continuous and discontinuous

cubic polynomial differential systems," Qualitative Theory of Dynamical Systems, vol.

The eigenfunction expansion method is a suitable choice of discretization method for finding multiple solutions of fourth-order ODEs with

cubic polynomial nonlinearity.

McNally [10] used a

cubic polynomial to blend a target lane-change curve.

If you appreciate that pattern, it is straightforward to extend Lagrange's formula to find a

cubic polynomial passing through four given points, or any higher order scenario you require.

The Hermite interpolation function is actually the basic cubic two-point interpolation function, the simplest case of a

cubic polynomial with boundary conditions settled (C0 and C1 continuity) as stated by Lehmann et al.

The fixed curve was estimated by race using the

cubic polynomial regression.

It was found that the DSG is effective to eliminate shear locking for a Kriging-based element with

cubic polynomial basis, but not effective for those with quadratic and linear bases.

Meanwhile for Figure 1(b) the values for shape parameter are [[alpha].sub.i] = 0 (black),

cubic polynomial Ball, that is, from (8), and [[alpha].sub.i] = 1000 (dashed).

From Figure 6 and Table 2, it can be seen that the RMSE about the

cubic polynomial function is lowest.

Odds ratios were estimated from a conditional logistic regression model with stratification by ZIP code, year, and month and with parametric control for lag 0 mean temperature, lag 0 mean humidity, and day of year using

cubic polynomials; indicators for day of week, warm season, holiday, and lag holiday; and product terms between the warm season indicator and the temperature

cubic polynomial, humidity

cubic polynomial, day of week indicators, holiday indicators, and lag holiday indicators.