创新的计算机视觉建模技术

Edoardo Ardizzone, Antonio Chella
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摘要

本文介绍了工业大学计算机科学与人工智能实验室目前进行的两项主要研究活动。第一部分涉及混合人工视觉模型,旨在为自主智能系统提供对象识别和分类能力。在该框架中,描述了一个从场景的灰度图像中恢复三维形状信息的系统,在几何层面上根据超二次曲面构建场景的几何表示,并在符号层面上对场景进行推理。第二部分重点研究了图像数据库的自动索引。JACOB是一个原型系统,允许从图像中自动提取显著特征,如颜色和纹理,并在图像和视频数据库中进行基于内容的浏览和查询。
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Innovative modelling techniques in computer vision

The paper is concerned with two of main research activities currently carried on at the Computer Science and Artificial Intelligence lab of DIE. The first part deals with hybrid artificial vision models, intended to provide object recognition and classification capabilities to an autonomous intelligen system. In this framework, a system recovering 3-D shape information from grey-level images of a scene, building a geometric representation of the scene in terms of superquadrics at the geometric level, and reasoning about the scene at the symbolic level is described. In the second part, attention is focused on automatic indexing of image databases. JACOB, a prototypal system allowing for the automatic extraction from images of salient features like colour and texture, and for content-based browsing and querying in image and video databases is briefly described.

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