Fast action sequence and data field algorithm

Abstract

The invention discloses a fast action sequence and data field algorithm. The fast action sequence and data field algorithm comprises the following steps: step 1, determining combat entities, combat operations and combat missions of adversarial both parties according to a solution deduction plan; step 2, determining an entity model according to the combat entities of the adversarial both parties to determine an attribute parameter, reading a direction graph attribute or a performance attribute according to the plan requirements for antenna parameter configuration and performing enemy state identification; step 3, establishing a series of interrelated and hierarchical action sequences according to the combat missions and analyzing an adversarial relationship; step 4, comprehensively judging whether the simulation is completed or not, ending if yes and returning to the step 3 by advancing a time event sequence if not. According to the fast action sequence and data field algorithm, disclosed by the invention, based on adversarial clustering data mining, a simulation event time sequence can be established, so that the simulation calculation amount among adversarial units can be effectively reduced; meanwhile, fast data field drawing can be performed on electromagnetic situations, so that the simulation efficiency and the visualization effect are improved.

Description

technical field [0001] The invention relates to the field of electromagnetic simulation visualization, in particular to a fast algorithm for action sequences and data fields based on data mining against clustering. Background technique [0002] The rapidity of electromagnetic field simulation directly affects the efficiency of simulation. The visualization effect of electromagnetic field can provide decision makers with a macroscopic concept of spatial distribution and provide reference for decision-making. The invisible and fast-changing characteristics of the electromagnetic field make it difficult to form an intuitive visualization effect under conditions such as electromagnetic radiation, electromagnetic induction, and electromagnetic interference. Part of the existing technology is to model and simulate the radiation pattern of the device antenna, and part of it is to model the radiation pattern of the device antenna. Modeling and simulation of the power range. In term...

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Problems solved by technology

[0003] Based on the above deficiencies in the prior art, the technical problem to be solved by the present invention is to provide a fast algorithm of action sequence and data field with good processing effect, which can effectively solve the problem of low simulation efficiency in existing simulation methods. , technical problems that are difficult to manually intervene, and the electromagnetic situation is not intuitive

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