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Design of the De-interlacing System Integrated in a Video Format Conversion Chip

Tao Zhang

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Abstract

To deal with difficulties in designing the video format conversion chip, the author brings forward a robust and well-extensible self-adaptive control strategy, and expatiates on the implementation scheme of its de-interlacing system based on the control strategy mentioned above. Due to the de-interlacing algorithm characteristics, a motion-value stored data transfer precept and a pipeline-based ALU are proposed to alleviate computational burden and improve performance. Thus, the system can fulfill real-time processing under relatively low power consumption.

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What this paper is about

To deal with difficulties in designing the video format conversion chip, the author brings forward a robust and well-extensible self-adaptive control strategy, and expatiates on the implementation scheme of its de-interlacing system based on the control strategy mentioned above. Due to the de-interlacing algorithm characteristics, a motion-value stored data transfer precept and a pipeline-based ALU are proposed to alleviate computational burden and improve performance. Thus, the system can fulfill real-time processing under relatively low power consumption.

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Available abstract

To deal with difficulties in designing the video format conversion chip, the author brings forward a robust and well-extensible self-adaptive control strategy, and expatiates on the implementation scheme of its de-interlacing system based on the control strategy mentioned above. Due to the de-interlacing algorithm characteristics, a motion-value stored data transfer precept and a pipeline-based ALU are proposed to alleviate computational burden and improve performance. Thus, the system can fulfill real-time processing under relatively low power consumption.

Key concepts: Computer science, Interlacing, Pipeline (software), Computer hardware, Chip, Embedded system, Real-time computing, Computer architecture

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