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Indoor object recognition using pre-trained convolutional neural network

机译:使用预训练卷积神经网络的室内目标识别

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Indoor object recognition is a key task for mobile robot indoor navigation. In this paper, we proposed a pipeline for indoor object detection based on convolutional neural network (CNN). With the proposed method, we first pre-train an off-line CNN model by using both public Indoor Dataset and private frames of videos (FoV) dataset. This is then followed by a selective search process to extract a region of interest (RoI) after the input video was parsed into frame images. The extracted RoIs are then classified into candidates using the pre-trained deep model and the candidates between the nearest frame images are refined using detection fusion. Finally, the annotated frames are merged to create video as the output. The experiments show that our design is very efficient against indoor object detection.
机译:室内物体识别是移动机器人室内导航的关键任务。本文提出了一种基于卷积神经网络(CNN)的室内目标检测管道。通过提出的方法,我们首先通过使用公共室内数据集和视频私有帧(FoV)数据集来预训练离线CNN模型。然后,在将输入视频解析为帧图像之后,进行选择性搜索过程以提取关注区域(RoI)。然后,使用预训练的深度模型将提取的RoI分为候选对象,并使用检测融合对最近的帧图像之间的候选对象进行精炼。最后,将带注释的帧合并以创建视频作为输出。实验表明,我们的设计对室内物体检测非常有效。

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