“…In this paper, we have proposed the classification method FPFSNHC based on normalised Hamming pseudo-similarity of fpfs-matrices. We then compare proposed method with FSSC (Handaga et al 2012), FussCyier (Lashari et al 2017), HDFSSC (Yanto et al, 2018), and Fuzzy kNN (Keller et al 1985) in terms of the performance criterions (accuracy, precision, recall, and Fmeasure) and running times by using four medical data sets in the UCI machine learning repository (Dua and Graff, 2019). In Immunotherapy data set, FPFSNHC (70.67,66.68,73.16,64.63) has advantage over FSSC (62.28,61.15,65.84,56.69),FussCyier (68.00,63.48,68.12,60.99),HDFSSC (67.89,62.98,68.09,60.78),and Fuzzy kNN (61.33,45.04,45.60,43.18) and in Statlog Heart data set, FPFSNHC (83.39,83.79,82.50,82.62) has advantage over FSSC (80.78,81.30,81.61,80.49),FussCyier (82.46,82.54,81.69,81.73),HDFSSC (79.81,79.50,79.36,79.18),and Fuzzy kNN (58.22,57.84,57.70,57.01), concerning accuracy, precision, recall, and F-measure results, respectively.…”