基于CMOS的图像传感技术及像素质量的提高

Hemant KUMAR NANDA, Hemant Amhia
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引用次数: 0

摘要

CMOS图像传感器自创新以来,其发展发生了很大的变化。CMOS的创新已经不是那么惊人了,被认为是一对充电设备的竞争者。尽管如此,目前的CMOS图像传感器(CIS)通过提供许多偏好,例如低电压任务,片上实用性和最小的工作量,在整个行业中占有巨大的份额。考虑到所有的事情,他们有骚动和低情感问题。有不同的CIS来满足不同领域的巨大兴趣,例如,数码摄影,现代视觉,医疗和空间应用,静电检测,汽车,仪器仪表和3D视觉框架。近年来,人们对传感器的灵敏度、噪声、控制利用率、电压任务、速度成像和动态范围等问题进行了大量的研究。本文对推进式CIS进行了研究,收集了最新的进展、应用和存在的困难。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
CMOS Based Image Sensing Technique and Improvement of Pixels Quality
CMOS Image Sensors innovation since their development has been changed a great deal. Already, CMOS innovation was not all that amazing to be considered as the contender with couple charged gadgets. Notwithstanding, present CMOS Image Sensors (CIS) gain an immense piece of the overall industry by offering numerous preferences, for example, lower voltage task, on-chip usefulness, and minimal effort. All things considered, they have commotion and low affectability issues. There are different CIS to fulfill the immense interest in various zones, for example, digital photography, modern vision, medicinal and space applications, electrostatic detecting, car, instrumentation and 3D vision frameworks. As of late, a great deal of research is done to take care of the issues of affectability, clamor, control utilization, voltage task, speed imaging, and dynamic range. In this paper, propelled CIS are looked into, gathering information on the most up to date progresses, their applications and the ongoing difficulties.
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