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Titlebook: Boosting-Based Face Detection and Adaptation; Cha Zhang Book 2010 Springer Nature Switzerland AG 2010

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發(fā)表于 2025-3-21 16:04:10 | 只看該作者 |倒序?yàn)g覽 |閱讀模式
期刊全稱Boosting-Based Face Detection and Adaptation
影響因子2023Cha Zhang
視頻videohttp://file.papertrans.cn/190/189796/189796.mp4
學(xué)科分類Synthesis Lectures on Computer Vision
圖書封面Titlebook: Boosting-Based Face Detection and Adaptation;  Cha Zhang Book 2010 Springer Nature Switzerland AG 2010
影響因子Face detection, because of its vast array of applications, is one of the most active research areas in computer vision. In this book, we review various approaches to face detection developed in the past decade, with more emphasis on boosting-based learning algorithms. We then present a series of algorithms that are empowered by the statistical view of boosting and the concept of multiple instance learning. We start by describing a boosting learning framework that is capable to handle billions of training examples. It differs from traditional bootstrapping schemes in that no intermediate thresholds need to be set during training, yet the total number of negative examples used for feature selection remains constant and focused (on the poor performing ones). A multiple instance pruning scheme is then adopted to set the intermediate thresholds after boosting learning. This algorithm generates detectors that are both fast and accurate. We then present two multiple instance learning schemesfor face detection, multiple instance learning boosting (MILBoost) and winner-take-all multiple category boosting (WTA-McBoost). MILBoost addresses the uncertainty in accurately pinpointing the locatio
Pindex Book 2010
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Cascade-based Real-Time Face Detection, and Maydt, 2002) used manual tuning or heuristics to set the intermediate rejection thresholds for the detector, which is inefficient and suboptimal. Recently, various approaches has been proposed to address this issue. Notably, Bourdev and Brandt (Bourdev and Brandt, 2005) proposed a method for se
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Multiple Instance Learning for Face Detection,ion results surrounding the ground truth rectangle are plausible. Such an observation is indeed quite general. In many object recognition tasks, it is often extremely tedious to generate large training sets of objects because it is not easy to specify exactly where the objects are. For instance, giv
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Detector Adaptation,l-known that the performance of such a learned classifier will depend heavily on the representativeness of the labeled data used during training. If the training data contains only a small number of examples sampled in a particular test environment, the learned classifier may be too specific to be g
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LBS and TeleCartography II: About the bookWe have focused on face detection almost exclusively in the previous chapters. In this chapter, we will present two other applications of boosting learning. These two applications extend the above algorithms in two ways: the learning algorithm itself, and the features being used for learning.
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Conclusions and FutureWork,ne learning literature, such as the confidence rated boosting (Schapire and Singer, 1999), the statistical view of boosting (Friedman et al., 1998), the AnyBoost framework (Mason et al., 2000), which views boosting as a gradient decent process, and the general idea of multiple instance learning (Nowlan and Platt, 1995).
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