摘要
从高维空间特征点覆盖的角度,讨论了优先度排序神经网络(PONN)算法,提出了非各向同性的K网覆盖算法(KPA)算法,最后给出标准测试集和应用测试集的比较结果,并对其与各向同性覆盖中心适配选择算法(CASA)进行了分析与比较,实验结果表明KPA算法在样本连续性构造方面优于CASA算法。
From the aspect of coverage in the High-Dimensional Space (HDS), we discussed algorithms of Priority Ordered Neural Network (PONN), and promoted K-Partitioning Algorithm (KPA) based on anisotropy in HDS. Benchmark testing and application were made on KPA as well as the comparison with Center Adaptive Selection Algorithm ( CASA). The resuhs of experiment prove that the constructive method of KPA is superior to CASA especially in continuous samples.
出处
《计算机应用》
CSCD
北大核心
2007年第2期330-332,共3页
journal of Computer Applications
关键词
优先排序神经网络
模式识别
拓扑空间
Priority Ordered Neural Network (PONN)
pattern recognition
topology space