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18 résultats avec le mot-clé: 'lifeclef bird identification task arrival deep learning'

LifeCLEF Bird Identification Task 2016: The arrival of Deep learning

The LifeCLEF bird identification challenge provides a large- scale testbed for the system-oriented evaluation of bird species identifi- cation based on audio recordings.. One of

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LifeCLEF Bird Identification Task 2016: The arrival of Deep learning

To study in more details the dynamic of the identification performance across the diversity of species, Figure 2 presents the scores achieved by the best system of each team on

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LifeCLEF Bird Identification Task 2017

The main novelty of the 2017 edi- tion of BirdCLEF was the inclusion of soundscape recordings containing time-coded bird species annotations in addition to the usual

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LifeCLEF Bird Identification Task 2017

The main novelty of the 2017 edi- tion of BirdCLEF was the inclusion of soundscape recordings containing time-coded bird species annotations in addition to the usual

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LifeCLEF Bird Identification Task 2015

Audio records are associated with various meta-data including the species of the most active singing bird, the species of the other birds audible in the background, the type of

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LifeCLEF Bird Identification Task 2015

Audio records are associated with various meta-data including the species of the most active singing bird, the species of the other birds audible in the background, the type of

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Recognizing Bird Species in Audio Recordings using Deep Convolutional Neural Networks

The approach is evaluated in the context of the LifeCLEF 2016 bird identification task - an open challenge conducted on a dataset containing 34 128 audio recordings representing

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LifeCLEF Bird Identication Task 2014

Golem, Mexico, 3 runs [15]: The audio-only classification method used by this group consists of four stages: (i) pre-processing of the audio signal based on down-sampling and

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Plant identification based on noisy web data: the amazing performance of deep learning (LifeCLEF 2017)

Plant identification based on noisy web data: the amazing performance of deep learning (LifeCLEF 2017).. Hervé Goëau, Pierre Bonnet,

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A Deep Neural Network Approach to the LifeCLEF 2014 Bird Task

These dataset are shuffled and split in a test and train set to train Deep Neural Networks with several topologies, which are capable to classify the segments of the datasets.. It

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LifeCLEF Plant Identification Task 2014

Keywords: LifeCLEF, plant, leaves, leaf, flower, fruit, bark, stem, branch, species, retrieval, images, collection, identification, fine-grained classifi- cation,

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Article pp.106-109 du Vol.107 n°2 (2014)

Ces infections survenaient plus fréquemment chez les sujets de sexe féminin, et chez des patients dont l ’ âge moyen était de 35 ans avec des extrêmes allant de 18 à 69 ans.. Des

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LifeCLEF Plant Identification Task 2015

Each image of a query observation is associated with a single view type (entire plant, branch, leaf, fruit, flower, stem or leaf scan) and with contextual meta-data (data,

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LifeCLEF Plant Identification Task 2014

Keywords: LifeCLEF, plant, leaves, leaf, flower, fruit, bark, stem, branch, species, retrieval, images, collection, identification, fine-grained classifi- cation,

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Bag of MFCC-based Words for Bird Identification

The algorithm used by the authors in the bird identification task of LifeCLEF 2016 consists in creating a dictionary of MFCC-based words using k-means clustering, computing

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IBM Research Australia at LifeCLEF2014: Plant Identification Task

In this paper, we present the system and learning strategies that were applied by the IBM Research team to the plant identification task of LifeCLEF 2014.. Plant identification is

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Ad hoc expert group meeting on guidelines for natural resources and energy development in Africa with emphasis on privatization and deregulation Addis Ababa, 14-16 October 1996

The general recommendations emphasize that~ firm political will had to exist, embodied in a high-level Oversight Committee, for privatization in whatever form

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A systems biology approach towards understanding nuclear receptor interactions: Implications at the endocrine-xenobiotic signalling interface

In addition, we demonstrate that the network is robust to low and medium frequency perturbations, but once the stimulation frequency approaches once per hour, the system is unable

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