This software employs advanced numerical methods to solve equations in one variable with precision.
This software is a powerful tool for solving equations in one space variable. It implements a variety of numerical procedures, including the Van Wijngaarden-Dekker-Brent algorithm, interval bisection method, secant and false position, Newton-Raphson method, and Ridders' method. These refined numerical procedures ensure accuracy and efficiency in solving equations.
Moreover, the software offers both local and Remote Method Invocation (RMI) equation delivery procedures. With these features, users can easily deliver equations to the software and retrieve solutions remotely. The RMI delivery procedure is especially useful for large-scale computations that require distributed computing.
In summary, this software is an essential tool for any researcher or engineer who needs to solve equations in one space variable. Its advanced numerical procedures and flexible delivery options make it a highly effective and efficient tool for solving complex equations.
Moreover, the software offers both local and Remote Method Invocation (RMI) equation delivery procedures. With these features, users can easily deliver equations to the software and retrieve solutions remotely. The RMI delivery procedure is especially useful for large-scale computations that require distributed computing.
In summary, this software is an essential tool for any researcher or engineer who needs to solve equations in one space variable. Its advanced numerical procedures and flexible delivery options make it a highly effective and efficient tool for solving complex equations.
What's New
Version v3.x (J2SE Edition): N/A