Supervised and unsupervised art-like classifications of binary vectors on the CNN universal machine

• Published in: Cellular Neural Networks and Their Applications: Nonlinear Information Processing and Intelligent Sensors pp. 616 - 623
• Main Authors: Balya, D., Roska, T.
• Format: Conference Proceeding
• Language: English
• Published: IEEE 2002
• Subjects: Cellular networks; Cellular neural networks; Computer vision; Detectors; Object detection; Object recognition; Real time systems; Robustness; Subspace constraints; Turing machines
• ISBN: 9789812381217; 981238121X
• DOI: 10.1109/CNNA.2002.1035103

Fast and robust classification of feature vectors is a crucial task in a number of real-time systems. A cellular neural/nonlinear network universal machine (CNN-UM) can be applied very efficiently as a feature detector and also for post-processing the results for object recognition. This paper shows how a robust classification scheme based on adaptive resonance theory (ART) can also be mapped to the CNN-UM. The designed analogic CNN algorithm is capable of classifying the extracted binary feature vectors keeping the advantages of the ART networks. An analogic algorithm is presented for unsupervised classification with tunable sensitivity and automatic new class creation. Another CNN-UM algorithm is suggested for supervised classification. In addition to the two algorithms, a new "repair" function is proposed to reduce the number of the created classes. The presented binary feature vector classification is feasible on the existing standard CNN-UM chips.