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Research of flexographic printing dot measurement instrument based on adaptive background method

Bin Cao, / Xuanjing Shen, / Qingji Qian,

The accurate measurement of the dot area during the process of flexographic plate making and printing is of great significance to the enhancement of flexographic printing quality. The flexographic printing dot measurement instrument PDMIABM is presented. PDMIABM uses the proposed dot measurement algorithm ABMMPD based on adaptive background method to measure the dot geometric parameters such as percentage dot area. ABMMPD can automatically eliminate the influence which is caused by illumination and so on. The experimental results show that ABMMPD can measure the dot geometric parameters more accurately than previous methods.

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Research of flexographic printing dot measurement instrument based on adaptive background method

Bin Cao, / Xuanjing Shen, / Qingji Qian,

The accurate measurement of the dot area during the process of flexographic plate making and printing is of great significance to the enhancement of flexographic printing quality. The flexographic printing dot measurement instrument PDMIABM is presented. PDMIABM uses the proposed dot measurement algorithm ABMMPD based on adaptive background method to measure the dot geometric parameters such as percentage dot area. ABMMPD can automatically eliminate the influence which is caused by illumination and so on. The experimental results show that ABMMPD can measure the dot geometric parameters more accurately than previous methods.

Research of flexographic printing dot measurement instrument based on adaptive background method

Bin Cao, / Xuanjing Shen, / Qingji Qian,

The accurate measurement of the dot area during the process of flexographic plate making and printing is of great significance to the enhancement of flexographic printing quality. The flexographic printing dot measurement instrument PDMIABM is presented. PDMIABM uses the proposed dot measurement algorithm ABMMPD based on adaptive background method to measure the dot geometric parameters such as percentage dot area. ABMMPD can automatically eliminate the influence which is caused by illumination and so on. The experimental results show that ABMMPD can measure the dot geometric parameters more accurately than previous methods.

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Title:

Research of flexographic printing dot measurement instrument based on adaptive background method

Contributors:

Bin Cao, (author) / Xuanjing Shen, (author) / Qingji Qian, (author)

Published in:

2008 9th International Conference on Computer-Aided Industrial Design and Conceptual Design ; 623-627

Publication date:

2008-11-01

Size:

1603864 byte

ISBN:

978-1-4244-3291-2 , 978-1-4244-3290-5

DOI:

https://doi.org/10.1109/CAIDCD.2008.4730644

Type of media:

Conference paper

Type of material:

Electronic Resource

Language:

English

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