China South Industries Academy

Beijing, China

China South Industries Academy

Beijing, China
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Sun S.-X.,China South Industries Academy | Li D.-W.,China South Industries Academy | Wu Y.-F.,China South Industries Academy | Liu D.,China South Industries Academy | And 2 more authors.
Binggong Xuebao/Acta Armamentarii | Year: 2010

The development trends of anti-radiation projectile(ARP) were analyzed by discussing its concept. The relation between the direction-finding (DF) accuracy and the relative phase error was studied theoretically and analogically, and the composition of ARP DF error was pointed out. A signal preprocessing method based on EMD (empirical mode decomposition) was put forward to improve DF accuracy of ARP. The simulation results show that the preprocessing method is useful and robust.


Wang H.-Y.,China South Industries Academy | Xu X.-Q.,China South Industries Academy | Fang Y.-J.,China South Industries Academy
Binggong Xuebao/Acta Armamentarii | Year: 2010

In order to improve the whole combat efficiency of swarm ammunition greatly, this paper explores the networked cooperative attack technology applied in the swarm ammunition. Based on the analysis of basic concept, attack mode, military demand and development situation, a framework of networked cooperative attack ammunition is built according to C4KISR architecture, the related key technologies are ointed out, and the research connotation is analyzed. The networked cooperative attack technology accords with the development trend of network-centered operation, can be used for cruise missiles, guided bombs, loitering attack missiles, guided rocket ammunitions and sub-munitions, and so on.

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