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Evaluation of fibre migration angle by image processing using economic usb camera and matlab : demonstrated example

机译:使用经济型USB摄像头和Matlab通过图像处理评估纤维迁移角:演示示例

摘要

An internal arrangement of fibres in the yarn plays a key role in determining the physical properties and the performance characteristics of yarns and fabrics. Crosswise and lengthwise fiber migration and twist are important components to generate strength and cohesion in yarns. Their objective study is becoming essential as various new yarns has been developed with dissimilar properties and they are blended frequently. In addition, many modern techniques of spinning coming up since last few decades. Though new equipment and image processing techniques has been reported by few scientists, it is still jargon for new researchers to apply it for their own investigation. We demonstrated here how image processing technique in MATLAB could be employed by taking tracing fibre images from economic USB camera to evaluate tracing fibre angle accurately. This non-destructive evaluation method could potentially be applied in various fields of biomedical imaging, material engineering and other photogrammetric applications.
机译:纱线中纤维的内部排列在确定纱线和织物的物理性质以及性能特征方面起着关键作用。横向和纵向纤维的迁移和加捻是在纱线中产生强度和内聚力的重要组成部分。随着各种性能不同的新型纱线的开发和频繁混纺,他们的目标研究变得至关重要。此外,近几十年来出现了许多现代纺纱技术。尽管很少有科学家报道过新的设备和图像处理技术,但对于新的研究人员来说,将其用于自己的研究仍是行话。我们在这里演示了如何通过从经济型USB摄像机中获取跟踪光纤图像来准确评估跟踪光纤角度的方法,从而利用MATLAB中的图像处理技术。这种无损评估方法可以潜在地应用于生物医学成像,材料工程和其他摄影测量应用的各个领域。

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