Titlebook: Adaptive Multimedia Retrieval. Understanding Media and Adapting to the User; 7th International Wo Marcin Detyniecki,Ana García-Serrano,Andr

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Using Search Logs to Recommend Images to New Usersmmitted himself so firmly to making this project possible from the very first day. I am very grateful to the Free University, the Charite, the DLR (German Aerospace Center) in Cologne and the management in Bonn978-1-4614-7575-0

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Some Experiments in Evaluating ASR Systems Applied to Multimedia Retrievalür den Aufbau einer Abwehr gegen Homosexualit?t verantwortlich gemacht, andererseits aber gelten gerade die Homosexuellen als besonders narzi?tisch. Einerseits erkl?rt man eine l?ngere Tatenlosigkeit mit einem Narzi?mus, andererseits sieht man ihn als Triebkraft des Ehrgeizes, und Objektabh?ngigkeit

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Instant Customized Summaries Streaming: A Service for Immediate Awareness of New Video Contentig. Weder der Medizinstudent noch der angehende Psychologe, Seelsorger, P?dagoge, Sozialarbeiter oder Polizist erfahren in ihrem Ausbildungsgang wesentlich mehr über den Selbstmord, als da? es ihn gibt und da? man ihn zu fürchten habe. Dabei geh?rt der Umgang mit Suizidgef?hrdeten zu den h?ufigsten Problemen 978-3-322-97123-4

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Towards Reliable Partial Music Alignments Using Multiple Synchronization Strategiesucosa and toxicity which may be associated with the excipients used. Drug absorption enhancers are currently being explored to improve intranasal drug delivery. Drug absorption via the nasal route (opportunities and challenges) is discussed in this chapter.

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Note Recognition from Monophonic Audio: A Clustering Approachniques of clinical evaluation of nasal function are fully discussed, and current trends and future directions in nasal physiologic research are also explored. This book will be of value to both practicing otorhinolaryngologists and novices in the field.?978-3-662-50924-1978-3-642-37250-6

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Prosemantic Features for Content-Based Image Retrievaltic therapy, contributing to the persistence of . and downstream inflammation. Epithelial barrier dysfunction results from altered expression of tight junction proteins in the nasal mucosa in the presence of ., and ultimately is a contributing factor to polyp formation. Therapeutic targets directed

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