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Recognition system of leaf images based on neuronal network 被引量:5

Recognition system of leaf images based on neuronal network
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摘要 In forest variety registration, visual traits of the plants appearance are widely used to discern different tree species. The new recognition system of leaf image strategy which based on neural network established to administrate a hierarchical list of leaf images, some sorts of edge detection can be performed to identify the individual tokens of every image and the frame of the leaf can be got to differentiate the tree species. An approach based on back-propagation neuronal network is proposed and the programming language for the implementation is also Riven by using Java. The numerical simulations results have shown that the proposed leaf strategt is effective and feasible. In forest variety registration, visual traits of the plants appearance are widely used to discern different tree species. The new recognition system of leaf image strategy which based on neural network established to administrate a hierarchical list of leaf images, some sorts of edge detection can be performed to identify the individual tokens of every image and the frame of the leaf can be got to differentiate the tree species. An approach based on back-propagation neuronal network is proposed and the programming language for the implementation is also Riven by using Java. The numerical simulations results have shown that the proposed leaf strategt is effective and feasible.
出处 《Journal of Forestry Research》 SCIE CAS CSCD 2006年第3期243-246,共4页 林业研究(英文版)
基金 Foundation project: This paper was supported by National Natural Science Foundation of China (No. 30371126).
关键词 Neuronal network Edge detection Leaf images Pattern recognition Neuronal network Edge detection Leaf images Pattern recognition
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  • 1Camlin,M.S.and McMichael,A.C.1994.New methodology for the measurement of leaf color in ryegrass (Loliumspp)[J].Plant Varieties and Seeds,7:37-49.
  • 2Cawkell,A.1994.Managing image databases[J].Image Processing,6:36-39.
  • 3Draper,S.and Keefe,P.D.1988.An automated nachine vision system for the morphometry of new cultivars and plant gene bank accessions[J].Plant Varieties and Seeds,1:1-11.
  • 4Maksymowych.1973.Analysis of leaf development[M].Cambridge:Cambridge University Press
  • 5Schmundt,D.and Schurr,U.1999.Plant leaf growth studied by image sequence analysis[C].Computer Vision and Applications Volume 2 Signal Processing and Pattern Recognition.Academic Press,New York,Boston,London,Sydney,Tokyo,Toronto.
  • 6Schurr,U.,Heckenberger,U.,Herdel,K.,Walter,A.and Feil,R.2000.Leaf development in Ricinus communis during drought stress-dynamics of growth processes,of cellular structure and of sink source-transition[J].Journal of Experimental Botany,51(350):1515-1529.
  • 7Simon Haykin.2000.Neural networks a comprehensive foundation[M],Second Edition.Beijing:China Machine Press,p112-123.
  • 8Spies,H.,Scharr,H.and Schurr,U.2001.Root growth analysis in physiological coordinates[C].In:ICIAP'01,Palermo,Italy.

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