Research on Mobile Survivability Model of Hybrid of Missile and Artillery Air Defence Weapon System
Hao Hai-yan
Abstract
Hao Hai-yan
Abstract
From the viewpoint of enhancing the survivability of the hybrid of missile and artillery air defense weapon system through mobile fighting, and by combining the tactical background during mobile fighting of air defense weapon system, this paper draws the key elements deciding the survivability of air defense weapon system during such a process, and analyzes the features of various indicators such as total time kept in reserve, discovery rate, ratio of successive defense and damage rate, impacting the survivability of the weapon system during mobile fighting, on the basis of which mathematic models used to study this process is set up, and finally provides cases for the simulated calculation. By analyzing the calculation results, the effectiveness of this model is supported, which affords references to the mobile fighting simulation of the air defense forces to a certain extent.
A significance statement is not available in the OpenAlex record.
A contribution statement is not available in the OpenAlex record.
Method details are not available in the OpenAlex metadata.
Findings are not separately available in the OpenAlex metadata.
Limitations are not available in the OpenAlex metadata.
Application details are not available in the OpenAlex metadata.
From the viewpoint of enhancing the survivability of the hybrid of missile and artillery air defense weapon system through mobile fighting, and by combining the tactical background during mobile fighting of air defense weapon system, this paper draws the key elements deciding the survivability of air defense weapon system during such a process, and analyzes the features of various indicators such as total time kept in reserve, discovery rate, ratio of successive defense and damage rate, impacting the survivability of the weapon system during mobile fighting, on the basis of which mathematic models used to study this process is set up, and finally provides cases for the simulated calculation. By analyzing the calculation results, the effectiveness of this model is supported, which affords references to the mobile fighting simulation of the air defense forces to a certain extent.
Key concepts: Survivability, Artillery, Weapon system, Missile, Aeronautics, Engineering, Process (computing), Computer security