A. Sarje, S. Satsangi, A.C. Skipwith, J.-P. Chiang, P. Abshire
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引用次数: 1
摘要
本文提出了一种用于片上模式识别的模拟CMOS结构。该系统包括前端的CMOS成像仪,随后是用于确定捕获图像与存储在片上存储器中的图像模式之间的匹配的低功耗计算电路。成像仪具有可编程核选择器和相关双采样电路,用于抑制固定模式噪声。成功匹配的紧密程度可以通过输入偏置电流来控制。在0.5 μ m CMOS工艺中实现了6 × 6像素阵列的原型。该芯片可用于需要专用模式识别的应用。
This paper presents an analog CMOS architecture for on-chip pattern recognition. The system comprises a CMOS imager in the front end followed by low power computation circuitry for determining a match between the captured image and image patterns stored in on-chip memory. The imager has a programmable kernel selector and correlated double sampling circuit for suppression of fixed pattern noise. The closeness of a successful match can be controlled by an input bias current. The prototype with a 6 times 6 pixel array in a 0.5 mum CMOS process is being implemented. This chip can be used for applications requiring dedicated pattern recognition.