Construction of reliable image captioning system for web camera based traffic analysis on road transport application

R. Dhaya
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Abstract

The automated captioning of natural images with appropriate descriptions is an intriguing and complicated task in the field of image processing. On the other hand, Deep learning, which combines computer vision with natural language, has emerged in recent years. Image emphasization is a record file representation that allows a computer to understand the visual information of an image in one or more words. When it comes to connecting high-quality images, the expressive process not only requires the credentials of the primary item and scene but also the ability to analyse the status, physical characteristics, and connections. Many traditional algorithms substitute the image to the front image. The image characteristics are dynamic depending on the ambient condition of natural photographs. Image processing techniques fail to extract several characteristics from the specified image. Nonetheless, four properties from the images are accurately described by using our proposed technique. Based on the various filtering layers in the convolutional neural network (CNN), it is an advantage to extract different characteristics. The caption for the image is based on long short term memory (LSTM), which comes under recurrent neural network. In addition, the precise subtitling is compared to current conventional techniques of image processing and different deep learning models. The proposed method is performing well in natural images and web camera based images for traffic analysis. Besides, the proposed algorithm leverages good accuracy and reliable image captioning.
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基于网络摄像机的交通分析可靠图像字幕系统的构建在道路运输中的应用
在图像处理领域,对自然图像进行适当描述的自动标注是一项有趣而复杂的任务。另一方面,近年来出现了将计算机视觉与自然语言相结合的深度学习。图像强调是一种记录文件表示,它允许计算机用一个或多个单词来理解图像的视觉信息。当涉及到连接高质量图像时,表达过程不仅需要主要物品和场景的凭证,还需要分析状态、物理特征和连接的能力。许多传统算法将图像替换为前图像。自然照片的图像特征是动态的,取决于环境条件。图像处理技术无法从指定图像中提取若干特征。尽管如此,使用我们提出的技术可以准确地描述图像的四个属性。基于卷积神经网络(CNN)的各种滤波层,提取不同的特征是一个优势。图像的标题是基于长短期记忆(LSTM)的,它属于递归神经网络。此外,将精确字幕与当前传统的图像处理技术和不同的深度学习模型进行了比较。该方法在自然图像和基于网络摄像机的图像流量分析中表现良好。此外,该算法具有良好的精度和可靠的图像字幕。
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