Adomian G, Adomian G E, Bellman R E
Proc Natl Acad Sci U S A. 1984 May;81(9):2938-40. doi: 10.1073/pnas.81.9.2938.
Mathematical modeling of cellular population growth, interconnected subsystems of the body, blood flow, and numerous other complex biological systems problems involves nonlinearities and generally randomness as well. Such problems have been dealt with by mathematical methods often changing the actual model to make it tractable. The method presented in this paper (and referenced works) allows much more physically realistic solutions.
细胞群体生长、身体的相互连接子系统、血流以及众多其他复杂生物系统问题的数学建模涉及非线性,并且通常还具有随机性。这类问题通常通过数学方法来处理,这些方法常常改变实际模型以使其易于处理。本文所提出的方法(以及参考文献中的方法)能够得出更加符合物理实际的解决方案。