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Design and Realization of Image Acquisition IP Core Based on Avalon Bus

机译:基于Avalon总线的图像采集IP核的设计与实现

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摘要

The present study puts forward a new IP core design for real-time, high-speed image acquisition, based on Avalon bus. The proposed design can be described as follows. First, according to the top-down design philosophy, the IP core was functionally partitioned and hierarchically divided. Second, the IP core was driven and encapsulated under the HAL API. Third, the customized peripheral was added into Nios Ⅱ system. The following experiment validated the low-power, high real-time of this IP core. Thus the customized image acquisition IP core based on Avalon bus was designed, realized and validated. Since IP core is configurable and can be well transplanted, it can be easily applied to embedded image acquisition system. And the IP core designed above has good portability and universal property.
机译:本研究提出了一种基于Avalon总线的实时,高速图像采集的新IP核设计。所提出的设计可以描述如下。首先,根据自上而下的设计理念,IP内核在功能上进行了划分,并在层次上进行了划分。其次,IP核心是在HAL API下驱动和封装的。第三,将定制的外围设备添加到NiosⅡ系统中。以下实验验证了该IP内核的低功耗,高实时性。因此,设计,实现和验证了基于Avalon总线的定制图像采集IP核。由于IP内核是可配置的并且可以很好地移植,因此可以轻松地应用于嵌入式图像采集系统。上面设计的IP核具有良好的可移植性和通用性。

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