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基于FPGA的ARM图像扩展显示
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作者 黄俊 刘一清 《电子技术应用》 北大核心 2012年第2期131-133,137,共4页
ARM处理器在消费电子及仪器设备等领域得到了广泛的应用,但是在很多情况下ARM系统的图像分辨率支持偏低,通过使用FPGA实现图像缩放器的功能来解决这个问题。采用双线性插值算法将VGA格式的ARM9图像信号的转换为XGA格式图像信号,完成对... ARM处理器在消费电子及仪器设备等领域得到了广泛的应用,但是在很多情况下ARM系统的图像分辨率支持偏低,通过使用FPGA实现图像缩放器的功能来解决这个问题。采用双线性插值算法将VGA格式的ARM9图像信号的转换为XGA格式图像信号,完成对分辨率的扩展。仿真验证证明,扩展后的图像在显示上取得了良好的效果。 展开更多
关键词 ARM FPGA 图像缩放器 双线性
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Scaling and Pixel Crosstalk Considerations for CMOS Image Sensor
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作者 JIN Xiang liang,CHEN Jie(member,IEEE),QIU Yu lin (Microelectronics R&D Center,Chinese Academy of Sciences,Beijing 100029,CHN) 《Semiconductor Photonics and Technology》 CAS 2003年第4期245-250,共6页
With the scaling development of the minimum lithographic size,the scaling trend of CMOS imager pixel size and fill factor has been computed according to the Moore rule.When the CMOS minimum lithographic feature scales... With the scaling development of the minimum lithographic size,the scaling trend of CMOS imager pixel size and fill factor has been computed according to the Moore rule.When the CMOS minimum lithographic feature scales down to 0.35 μm,the CCD image pixel size is not so easy to be reduced and but the CMOS image pixel size benefits from the scaling minimum lithographic feature. However, when the CMOS technology is downscaled to or under 0.35 μm,the fabrication of CMOS image sensors will be limited by the standard CMOS process in both ways of shallow trench isolation and source/drain junction,which results in pixel crosstalk.The impact of the crosstalk on the active pixel CMOS image sensor is analyzed based on the technology scaling.Some suppressed crosstalk methods have been reviewed.The best way is that combining the advantages of CMOS and SOI technology to fabricate the image sensors will reduce the pixel crosstalk. 展开更多
关键词 Technology scaling CROSSTALK CMOS imager
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