第一篇
Abstract:
This paper research the surface ship air defense combat process optimization problem. So as to shorten the synergy of the surface ship area air defense missile time, increase the efficiency of the surface ship area air defense combat, it take the process optimization area air defense as the goal, introducing Petri net technology to the surface ship to air defense combat time performance analysis model of the process. This model combine fuzzy mathematics with the dynamic programming optimization technology, find out the critical path of the process for air defense combat, aiming at three typical area air defense, and consider the incoming target time urgency, to give priority to fire fighting and our minimum resources as objective function, the three types of combat efficiency of air defense mode comparative simulation. The simulation results show that the use of process optimization based on Petri net process technology can effectively simplify the area air defense, improve the efficiency of command. © 2015 Technical Committee on Control Theory, Chinese Association of Automation.(13 refs)
Database: Compendex

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第二篇
Abstract:
Target threat judgment are related factors according to the incoming targets relative to the target threat degree. Different threat judgment method and criterion can make a difference in the results. Threat judgment method more confined to the traditional 'point', in the form of expression meaning is not comprehensive. In this paper, using the theory of variable fuzzy and variable in the fuzzy evaluation method, the problem of target threat for surface ship air strikes, put forward the variable fuzzy evaluation method of target threat judgment, and the example shows that this method is effective. © 2015 IEEE.(9 refs)
Database: Compendex

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第三篇
Abstract:
Ship-borne warning helicopter in the search target process need to determine load machine search height and airborne radar beam Angle of pitch. Based on airborne radar search principle, the establishment of radar load perception area model, combined arms constraint sure to meet the requirements of search parameters. Considering the largest airborne radar search distance and target cumulative detection probability, establish airborne radar detection probability model to satisfy the detection probability given the circumstances, to get to the maximum detection range of an attack according to the search parameters the ship-borne warning helicopter flight height and beam Angle of pitch range. And gives the flight altitude and optic axis dip Angle range of use and control method. © 2015 IEEE.(13 refs)
Database: Compendex

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第四篇

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第五篇
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1,2，3,5都不是istp检索
4是istp检索