Shaodong Chen

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For the UAV(unmanned aerial vehicle) air task networks, a new kind of flexible fusion structure method is proposed to improve the flexibility of data processing of the target tracking fusion system in this paper. When the system performance parameters are affected by the internal or external causes to be changed, this flexible structure method can(More)
This paper investigates the problem of allocating unmanned aerial vehicles (UAVs) with different capacities to targets performing detection, attack and verification tasks. One of characteristics of capacities of UAVs or capacities required by targets is described by the concept of generalization, and modeled utilizing the normalized entropy. The discrepancy(More)
In order to adequately exert the decision advantages of commander and automation, we need to do decision allocation between them during the design process of manned/unmanned aerial vehicle formation command and control system. The decision allocation process was proposed. For the property values are hard to accurately estimate, we use Uncertain Linguistic(More)
The team mental state is a key point for making cooperative air combat decision. In this paper, we focus on the modeling of mental states of the combat team by means of analyzing the requirements of making cooperative air combat decision. Modeling of various mental states of the combat team including mutual belief, joint combat goal and plan are proposed(More)
Proactive information delivery among the combat teams and the teammates in cooperative air combat is crucial. In this paper, we focus on how to model the proactive information delivery (PID) behaviors and how to delivery the combat mission and situation information during the combat process. Based on the requirements of cooperative air combat, we model the(More)
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