Wengert's numerical method for partial derivatives, orbit determination and quasilinearization

Author:

Bellman R. E.1,Kagiwada H.1,Kalaba R. E.1

Affiliation:

1. The Rand Corp., Santa Monica, CA

Abstract

In a recent article in the Communications of the ACM , R. Wengert suggested a technique for machine evaluation of the partial derivatives of a function given in analytical form. In solving nonlinear boundary-value problems using quasilinearization many partial derivatives must be formed analytically and then evaluated numerically. Wengert's method appears very attractive from the programming viewpoint and permits the treatment of large systems of differential equations which might not otherwise be undertaken.

Publisher

Association for Computing Machinery (ACM)

Subject

General Computer Science

Reference8 articles.

1. BELLMAN R. E KAGIWADA H. H. AND KALABA R. E. Orbit determination as a multi-point boundary-value problem and quasilinearization. system identification and prediction. RM-3812-PR RAND Corp. Santa Monica Calif. Aug. 1963. -- -- AND --. Quasilinearization system identification and prediction. RM-3812-PR RAND Corp. Santa Monica Calif. Aug. 1963.

2. Estimation of heart parameters using skin potential measurements

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