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An autonomous star pattern recognition algorithm using bit match

机译:使用比特匹配的自主星形模式识别算法

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A novel star pattern recognition algorithm using bit match for star sensor is presented in the paper. At first the entire celestial sphere is divided into n un-overlapped square sub-areas. The number of navigation stars in the sub-area data is saved in the first part of the sub-area data. Every bit 1 refers to a navigation star while every bit 0 not. An 18-bit binary code and an extra 0 are used to the number of successive bit 0s, and 11 are used to a bit 1. These resulted bit numbers are stored in corresponding position in the sub-area data. Let all sub-area data rearrange with the number of navigation stars in ascending order and be stored as the navigation star database. The logical AND operation is used for star pattern recognition. The simulations show that the less time for star pattern recognition and uses less memory for storing navigation star database are used with the algorithm in this paper than those with KMP (Knuth-Morris-Pratt) algorithm.
机译:纸张中提出了一种使用位匹配的新星模式识别算法。首先,整个天体球体被分成N个未重叠的方形子区域。子区域数据中的导航星数保存在子区域数据的第一部分中。每个位1都指的是导航星,而每位0的一部分则不是。 18位二进制码和额外的0用于连续比特0s的数量,并且11用于比特1.这些得到的比特数存储在子区域数据中的对应位置。让所有子区域数据以升序使用导航星数重新排列,并将其存储为导航星数据库。逻辑和操作用于星形模式识别。模拟表明,星形图案识别的时间越少,用于存储导航星数据库的较少存储器与本文的算法比与KMP(KNUTH-MORRIS-PRATT)算法的算法一起使用。

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