航母编队反潜声纳舰阵位确定方法研究

针对航母编队航渡过程中拖曳式线列声纳舰的阵位确定问题,提出了一种分析方法。通过对航母编队反潜监视区划分与反潜作战过程的分析,总结了声纳舰阵位确定的原则,建立了确定航渡过程中拖曳式线列声纳舰阵位的数学模型,仿真计算了模型中各参数对声纳舰前出距离的影响。这些模型可用于确定拖曳式线列声纳舰的前出距离,满足航母编队作战使用的需要。     

A chessboard model of the U‐boat war in the Atlantic with applications to signals intelligence

This paper uses a simple Monte Carlo model to analyze the influence of signals intelligence on the Second World War's Battle of the Atlantic. The principle measure of effectiveness is the number of U‐boat days of attack to which convoys were subjected. A secondary measure is the number of convoyed ships sunk. The model is validated against historical data and then used to explore the effectiveness of the two sides' signals intelligence. Allied use of signals intelligence is shown to have been capable of completely offsetting German use of signals intelligence, and then some. © 2003 Wiley Periodicals, Inc. Naval Research Logistics, 2005     

分布式水面舰艇编队防潜仿真系统设计

为了实现在攻防对抗条件下水面舰艇编队防潜作战过程的仿真,通过对分布式水面舰艇编队防潜仿真系统功能、组成、仿真流程和仿真模型的研究,提出了分布式水面舰艇编队防潜仿真系统的设计方案。分布式水面舰艇编队防潜仿真系统可用于研究防潜作战战法,验证新型武器系统的作战性能,论证各种反潜武器装备的作战需求。