Abstract
In this paper, an analysis is made to the network/firepower integrated combat mode based on the development trend of future combat equipment and existing combat cases. Then, the system dynamics model of network/firepower integrated strike is established based on the mechanism of network reconnaissance/attack and firepower attack. The Attrition-Rate Coefficients model of network/firepower combat is established by studying the effectiveness evaluation method of network attack and firepower attack. The Lanchester model of network/firepower integrated confrontation covering normal nodes, infected nodes and all infected nodes is established. In order to study the dynamic, uncertain network counter process, a type of the vibration network attack is introduced to Lanchester equation and its effectiveness in network attack process is discussed by means of the simulation results.
Highlights
In the future wars, the cooperative combat with the integration of network reconnaissance, network attacking, electronic attacking, and firepower attacking will become the main combat mode [1]
In order to evaluate the network/firepower integrated attack effectiveness, in this paper, the combat mode of the network/firepower attack integrated operation is put forward, and its dynamics are given, a method for calculating the force attrition is presented, and a cooperative combat model of network /firepower attack is built based on Lanchester equation
The influences of partial and complete virus infection modes of network attacking on operational effectiveness of the engagement platform are described
Summary
The cooperative combat with the integration of network reconnaissance, network attacking, electronic attacking, and firepower attacking will become the main combat mode [1]. In the literature [5], the Lanchester equation of the electronic counter/fire model and force assignment algorithm is studied based on Cooperative combat of electronic warfare and fire strike force. In order to evaluate the network/firepower integrated attack effectiveness, in this paper, the combat mode of the network/firepower attack integrated operation is put forward, and its dynamics are given, a method for calculating the force attrition is presented, and a cooperative combat model of network /firepower attack is built based on Lanchester equation. The. AN INTEGRATED NETWORK/FIREPOWER OPERATION MODEL BASED ON LANCHESTER EQUATION. The red network reconnaissance unit receives the enemy radiation signal for recognition, positioning, and analyzing, gets the enemy command and control network topology and the weak point, makes combat decisions for network attacks and firepower attacks, and distributes the decisions to the attacking units. Sensors of the Blue side detect the intrusion of the red side, and report to the allegations center, and the command center will guide ground anti-aircrafts fire and interceptor aircrafts to intercept the invasion forces of the red
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