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DYNAMIC SCENE ANALYSIS METHOD AND ASSOCIATED ANALYSIS MODULE AND COMPUTER PROGRAMME
DYNAMIC SCENE ANALYSIS METHOD AND ASSOCIATED ANALYSIS MODULE AND COMPUTER PROGRAMME
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机译:动态场景分析方法及相关的分析模块和计算机程序
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摘要
And a method disclosed for analyzing the dynamic scene which is partitioned into cells, the method, the probability or chance of the equation of the occupancy probability of the cell movement and cell P (OV | ZC) = ΣAO -1V-1 P (CA00 -1 VV -1 Z) / ΣA00 -1 VV -1 P (CA00 - involves the release determining VV 1 Z -1) and the determined speed of the pile of particles in the lattice and the location (in the k-1) th iteration , And according to probability P (V | V- 1); And determining the particles located in each cell according to the determined positions, and solving the equation for any cell comprises determining P (O = empty, V = 0 | ZC) and P (O = occupied, V = 0 | ZC) and decomposing the dynamic portion corresponding to P (O = occ, V = vik , | ZC), where i is from 1 to n k and n k is the number of particles determined in cell C for the kth iteration.
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机译:并且公开了一种用于分析划分为单元的动态场景的方法,该方法,单元移动的占有概率与单元P(OV | ZC)=ΣAO-1V-1 P(CA00)的等式或概率。 -1 VV -1 Z)/ΣA00-1 VV Sup> -1 P(CA00-涉及释放确定VV 1 Sup> Z -1) Sup>和确定粒子在晶格中的速度和在第k-1次迭代中的位置,并根据概率P(V | V-1);然后根据确定的位置确定位于每个单元中的粒子,并求解任何单元的方程式,包括确定P(O =空,V = 0 | ZC)和P(O =占据,V = 0 | ZC)并分解对应于P的动态部分(O = occ,V = v I> i Sub> I> k Sup> I >,| ZC),其中i为1至n k Sup>,n k Sup>是在单元格C中为第k次迭代确定的粒子数。
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