Add to ORKGReport discusses several methods of performing numerical integration with computer. When data can be expressed as state vector that is dependent variable in a differential equation, self-starting integrators can be used to predict future data
We describe new types of numerical integration algorithms developed by the authors. The main aim of ...
Three computer programs for evaluating and testing numerical integration formulas used with fixed st...
Knowledge of accuracy of numerical integration is important for composing an overall nu-merical erro...
Two general purpose numerical integration schemes were built into the NASA-JSC computer system. The ...
The integration is discussed of the vector differential equation X = F(x, t) from time t sub i to t ...
A self-starting, multistep procedure for the numerical integration of ordinary differential equation...
A mathematical analysis seeking an accurate measure of the worth of numerical integration techniques...
Report on numerical methods of integration includes the extrapolation methods of Bulirsch-Stoer and ...
Comparison of fourth order Runge-Kutta numerical integration technique with two numerical integratio...
Study compares the use of five different methods for the computer solution of the restricted three-b...
Taylor-series integration is a numerical integration technique that computes the Taylor series of st...
Self-starting multistep methods for numerical integration of ordinary differential equation
This paper focuses on the Gauss-Jackson algorithm for numerical integration, which particularly suit...
Multirevolution predictor-corrector algorithm applicability to numerical integration of orbits.Prepa...
Fluid amplifier implementation into digital differential analyzing navigation syste
We describe new types of numerical integration algorithms developed by the authors. The main aim of ...
Three computer programs for evaluating and testing numerical integration formulas used with fixed st...
Knowledge of accuracy of numerical integration is important for composing an overall nu-merical erro...
Two general purpose numerical integration schemes were built into the NASA-JSC computer system. The ...
The integration is discussed of the vector differential equation X = F(x, t) from time t sub i to t ...
A self-starting, multistep procedure for the numerical integration of ordinary differential equation...
A mathematical analysis seeking an accurate measure of the worth of numerical integration techniques...
Report on numerical methods of integration includes the extrapolation methods of Bulirsch-Stoer and ...
Comparison of fourth order Runge-Kutta numerical integration technique with two numerical integratio...
Study compares the use of five different methods for the computer solution of the restricted three-b...
Taylor-series integration is a numerical integration technique that computes the Taylor series of st...
Self-starting multistep methods for numerical integration of ordinary differential equation
This paper focuses on the Gauss-Jackson algorithm for numerical integration, which particularly suit...
Multirevolution predictor-corrector algorithm applicability to numerical integration of orbits.Prepa...
Fluid amplifier implementation into digital differential analyzing navigation syste
We describe new types of numerical integration algorithms developed by the authors. The main aim of ...
Three computer programs for evaluating and testing numerical integration formulas used with fixed st...
Knowledge of accuracy of numerical integration is important for composing an overall nu-merical erro...