60.3: Spatio-Temporal Edge Enhancement for Reducing Motion Blur

LCDs suffer from a loss of resolution when displaying moving images (motion blur). Solutions to this problem have included overdriving and reduction of temporal aperture by introducing blanks or by increasing the frame rate. These methods usually require additional hardware, thereby increasing cost....

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Veröffentlicht in:SID International Symposium Digest of technical papers 2006-06, Vol.37 (1), p.1801-1803
Hauptverfasser: Lee, Baek-woon, Yang, Young-chol, Park, Dae-jin, Park, Po-yun, Jeon, Byungkil, Hong, Sunkwang, Kim, Taesung, Moon, Seunghwan, Hong, Munpyo, Chung, Kyuha
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container_issue 1
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container_title SID International Symposium Digest of technical papers
container_volume 37
creator Lee, Baek-woon
Yang, Young-chol
Park, Dae-jin
Park, Po-yun
Jeon, Byungkil
Hong, Sunkwang
Kim, Taesung
Moon, Seunghwan
Hong, Munpyo
Chung, Kyuha
description LCDs suffer from a loss of resolution when displaying moving images (motion blur). Solutions to this problem have included overdriving and reduction of temporal aperture by introducing blanks or by increasing the frame rate. These methods usually require additional hardware, thereby increasing cost. We propose a purely mathematical operation to reduce motion blur. In the proposed method, the degree of overdriving is not constant over the whole image. Rather, it depends on the spatial complexity surrounding a given area, wherein more overdriving is applied to areas of high spatial frequency. In this way, motion blur can be reduced without inducing artifacts which may otherwise result from excessive overdriving. The new method shows easily distinguishable improvement and the MPRT (Motion Picture Response Time) values are reduced by 5 ∼ 10%.
doi_str_mv 10.1889/1.2433389
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title 60.3: Spatio-Temporal Edge Enhancement for Reducing Motion Blur
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