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Recognizing temporal trajectories using the condensation algorithm

机译:使用冷凝算法识别时间轨迹

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The recognition of human gestures in image sequences is an important and challenging problem that enables a host of human-computer interaction applications. This paper describes an incremental recognition strategy that is an extension of the "Condensation" algorithm proposed by Isard and Blake (1996). Gestures are modeled as temporal trajectories of some estimated parameter over time (in this case velocity). The condensation algorithm is used to incrementally match the gesture models to the input data. The method is demonstrated with an example of an augmented office white-board in which a user makes simple hand gestures to grab regions of the board, print them, save them, etc.
机译:对图像序列中的人类手势的识别是一个重要的且具有挑战性的问题,其使得一系列人机交互应用。本文介绍了一个增量识别策略,其是Atar和Blake(1996)提出的“冷凝”算法的延伸。手势被建模为随时间的一些估计参数的时间轨迹(在这种情况下速度)。冷凝算法用于将手势模型逐渐匹配到输入数据。该方法用一个增强办公室白板的示例进行了说明,其中用户使简单的手势抓住板的区域,打印它们,保存它们等。

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