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Systematic studies on scan and driving model for flat panel display

Systematic studies on scan and driving model for flat panel display
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摘要 Aiming at the time redundancy in the fiat panel display (FPD) imaging process, the paper studied some problems for FPD gray scale controlling based on the fraetal theory, dissertates the construction of the space-time mapping topology architecture, the proposition of optimal scanning structure for FPD's gray imaging, and the creation of the fractal theoretic model. Then the logic implementation and system application are presented based on the fraetal model of the optimal scan architecture, and the application results achieved target of eliminating time redundancy and increasing the scanning availability. The novel control mode that the fractal scanning IP core described with Verilog language embedded in the FPGA hardware frame can efficiently increase the imaging gray scales and quality in the FPDs scanning controller and speed up the frame frequency of display system. Aiming at the time redundancy in the fiat panel display (FPD) imaging process, the paper studied some problems for FPD gray scale controlling based on the fraetal theory, dissertates the construction of the space-time mapping topology architecture, the proposition of optimal scanning structure for FPD's gray imaging, and the creation of the fractal theoretic model. Then the logic implementation and system application are presented based on the fraetal model of the optimal scan architecture, and the application results achieved target of eliminating time redundancy and increasing the scanning availability. The novel control mode that the fractal scanning IP core described with Verilog language embedded in the FPGA hardware frame can efficiently increase the imaging gray scales and quality in the FPDs scanning controller and speed up the frame frequency of display system.
出处 《Journal of Shanghai University(English Edition)》 CAS 2011年第4期279-286,共8页 上海大学学报(英文版)
基金 supported by the Key Laboratory of Advanced Display and System Applications(Shanghai University),Ministry of Education,China(Grant No.P200803) the Science and Technology Commission of Shanghai Municipality(Grant No.09ZR1412000)
关键词 fiat panel display (FPD) space-time mapping optimal scan architecture fractal model logic implementation IP core fiat panel display (FPD), space-time mapping, optimal scan architecture, fractal model, logic implementation, IP core
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  • 1Cho K D,Tae H S,Chien S I.Improvement of low gray scale linearity using multi-luminance-level subfield method in plasma display panel[].IEEE Transactions on Consumer Electronics.2002
  • 2Seo J H,Lee S H.New driving method for gray scale expression in AC plasma display panel[].IEEE Transactions on Consumer Electronics.2004

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