特征提取在hadoop图像处理界面

Ishit Vyas, Bhavika Gambhava, Digvijaysingh Chauhan
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引用次数: 0

摘要

随着互联网接入的便利和全球公民数据速率的提高,数据共享在数据类型方面变得更加多样化。与几年前仅仅以文本形式共享数据不同,人们现在以图片和视频的形式共享数据。在使用最广泛的社交媒体平台——Facebook上,用户每天上传3.5亿张照片。但是,由于存储和计算能力的限制,传统的图像处理系统无法处理如此庞大的数据量。此外,Hadoop框架的MapReduce编程模型提供了对大量数据的处理。但是由于MapReduce编程模型是为了处理文本数据而创建的,直接使用MapReduce编程模型处理图像的效率非常低。此外,MapReduce的技术复杂性很高,因此在进行图像处理任务之前,必须了解这个模型。这是一个不方便且耗时的过程。为了减轻这种复杂性,已经引入了各种图像处理框架,这些框架在关注图像处理任务的同时抽象了MapReduce模型。Hadoop图像处理接口是具有各种特性并支持OpenCV的框架之一。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
FEATURE EXTRACTION IN HADOOP IMAGE PROCESSING INTERFACE
With the ease of Internet access and higher data rate availability to citizens all over the world, data sharing has become versatile in terms of type of data. Instead of just sharing data in textual form like few years back, people now are sharing the data in forms of pictures and videos. In most widely used social media platform – Facebook, users upload 350 million pictures every day. But, the traditional image processing systems are not capable of processing such a huge amount of data due to limitations in storage and computational capabilities. Moreover, MapReduce programming model of Hadoop framework provide processing of large amount of data. But since MapReduce programming model was created with intend to process the textual data, it is quite inefficient to process the images using MapReduce programming model directly. Also, technical complexity of MapReduce is high and hence before working on the image processing tasks, one has to understand this model. This is inconvenient and time consuming process. To ease this complexity, various image processing frameworks have been introduced which abstracts the MapReduce model while focusing on image processing task. Hadoop Image Processing Interface is one of those frameworks with various features and support to OpenCV.
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