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—Four optimization deployment performance indexes have been proposed for the problem of multi-sensor platforms optimization deployment in near-space. An Adaptive GA algorithm is used to optimize the latitude and longitude points' positions of multi-sensor platforms in near-space. Then a linear fitness function is constructed based on the four indexes. The(More)
Sensor task priorities are the important foundation for sensors management. In this contribution a fuzzy management scheme is proposed to cope with the evaluation of multi-sensor task priorities in air surveillance applications. Based on all fused track and identified data, a fuzzy neural network determines the priority of each surveillance task to perform(More)
—Aiming at the problem of aerial targets threat evaluation, a new aerial targets threat evaluation method based on interval-number and entropy-weight analysis is put forward by combining the interval-number and information entropy theories. The approach we present transform the aerial targets evaluation problem to multi-target decision-making problem. The(More)
In this paper, to solve the cooperative detection problem of ground observation for near space multi-sensor platform, put forward the index of multi-sensor platform optimal disposition, and the genetic algorithm is used to analysize the calculation process, finally, through an example shows the utility and value of the index and algorithms, implemented the(More)
A new believable degree method is put forward to solve the problem of targets threat evaluation for ATBM in this paper. The believable degree method to ascertain target type is introduced to traditional fuzzy synthetic judgment method. The problem of how to ascertain the true or false warhead is solved by the method we present. The TBM target type is(More)
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