Publication | Closed Access
Evaluation of face recognition techniques for application to facebook
62
Citations
18
References
2008
Year
Unknown Venue
EngineeringMachine LearningConstrained Face DatasetsBiometricsFace DetectionFacial Recognition SystemImage AnalysisData SciencePattern RecognitionHolistic Performance MetricsAffective ComputingMachine VisionReal-world ApplicationComputer ScienceDeep LearningComputer VisionFacial Expression RecognitionHuman IdentificationFacial AnimationFace Recognition Techniques
This paper evaluates face recognition applied to the real-world application of Facebook. Because papers usually present results in terms of accuracy on constrained face datasets, it is difficult to assess how they would work on natural data in a real-world application. We present a method to automatically gather and extract face images from Facebook, resulting in over 60,000 faces datasets, we evaluate a variety of well-known face recognition algorithms (PCA, LDA, ICA, SVMs) against holistic performance metrics of accuracy, speed, memory usage, and storage size. SVMs perform best with ~65% accuracy, but lower accuracy algorithms such as IPCA are orders of magnitude more efficient in memory consumption and speed, yielding a more feasible system.
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