Numerical determination of the parity-condition parameter for Lanchester-type equations of modern warfare
Taylor, James G.
Brown, Gerald Gerard
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This paper presents a simple numerical procedure for determining the parity-condition parameter for Lanchester-type combat between two homogeneous forces. The combat studied is modeled by Lanchester-type equations of modern warfare with time-dependent attrition-rate coefficients. Previous research has shown that the prediction of battle outcome (in particular, force annihilation) without having to spend the time and effort of computing force-level trajectories depends on a single parameter, the so-called parity-condition parameter, which only depends on the attrition-rate coefficients. Unfortunately, previous research did not show how to generally determine this parameter. We present general theoretical considerations for its numerical noniterative determination. This general theory is applied to an important class of attrition-rate coefficients (offset power attrition-rate coefficients). Our results allow one to study such variable-coefficient combat models almost as easily and thoroughly as Lanchester's classic constant-coefficient model. (Author)
NPS Report NumberNPS55-77-10
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Force-annihilation conditions for variable-coefficient lanchester-type equations of modern warfare, I: Mathematical Theory Taylor, James G.; Comstock, Craig (Monterey, California. Naval Postgraduate School, 1976); NPS-55Tw76081This paper develops a mathematical theory for predicting force annihilation from initial conditions without explicitly computing force-level trajectories for deterministic Lanchester-type "square-law" attrition equations for ...
Numerical Determination of the Parity-Condition Parameter for Lanchester-Type Equations of Modern Warfare Brown, Gerald G.; Taylor, James G. (1978);This paper presents a simple numerical procedure for determining the parity-condition parameter for deterministic Lanchester-type combat between two homogeneous forces. Deterministic dierentidequation combat models are ...
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