Hybrid Hopfield neural network application for 3D object recognition

Jung H. Kim; Timothy D. Brooks; Evi H. Park; Celestine A. Ntuen; Shiu M. Cheung; Wagih H. Makky

doi:10.1117/12.172548

1 February 1994 Hybrid Hopfield neural network application for 3D object recognition

Jung H. Kim, Timothy D. Brooks, Evi H. Park, Celestine A. Ntuen, Shiu M. Cheung, Wagih H. Makky

Author Affiliations +

Proceedings Volume 2093, Substance Identification Analytics; (1994) https://doi.org/10.1117/12.172548
Event: Substance Identification Technologies, 1993, Innsbruck, Austria

Abstract

Automation is the driving force behind many technological advances. One of the major areas of automation research is machine vision. Machine vision centers on object recognition as a means of perceiving a real world environment. Addressing machine vision issues through the application of neural networks is the focus of much contemporary research. Neural networks model the computational units of the human brain, process information in parallel, and as such are extremely well suited for emulation of the human perception process. Thus a neural network approach is presented as a solution to the 3D object recognition problem. Specifically, a hybrid Hopfield network (HHN) previously used to solve 2D occluded object recognition problems is adapted to the 3D object recognition problem. Local and relational features are proposed for use in a HHN graph matching algorithm. Finally, 3D single and multiple input object recognition is realized.

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Jung H. Kim, Timothy D. Brooks, Evi H. Park, Celestine A. Ntuen, Shiu M. Cheung, and Wagih H. Makky "Hybrid Hopfield neural network application for 3D object recognition", Proc. SPIE 2093, Substance Identification Analytics, (1 February 1994); https://doi.org/10.1117/12.172548

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