We present an overview of the QUT plant classification system submitted to LifeCLEF 2014. This system uses generic features extracted from a convolutional neural network previously used to perform general object classification. We examine the effectiveness of these features to perform plant classification when used in combination with an extremely randomised forest. Using this system, with minimal tuning, we obtained relatively good results with a score of 0:249 on the test set of LifeCLEF 2014
INST: L_042The usage of CNN was investigated on a classification task conducted on a small dataset o...
Classification of plants based on a multi-organ approach is very challenging. Although additional da...
The automatic characterization and classification of plant species is an important task for plant ta...
We present an overview of the QUT plant classification system submitted to LifeCLEF 2014. This syste...
We present the plant classification system submitted by the QUT RV team to the LifeCLEF 2015 plant t...
We present the plant classification system submitted by the QUT RV team to the LifeCLEF 2016 plant t...
Manual methods to examine leaf for plant classification can be tedious, therefore, automation is des...
Plant leaf classification involves identifying and categorizing plant species based on leaf characte...
Recent progress in machine learning and deep learning has enabled the implementation of plant and cr...
This paper studies convolutional neural networks (CNN) to learn unsupervised feature representations...
International audienceTo recognize tree species from pictures of their leaves, one way is to automat...
Fine-grained leaf classification has concentrated on the use of traditional shape and statistical fe...
Traditional image-centered methods of plant identification could be confused due to various views, u...
The use of machine learning and computer vision methods for recognizing different plants from images...
The use of machine learning and computer vision methods for recognizing different plants from images...
INST: L_042The usage of CNN was investigated on a classification task conducted on a small dataset o...
Classification of plants based on a multi-organ approach is very challenging. Although additional da...
The automatic characterization and classification of plant species is an important task for plant ta...
We present an overview of the QUT plant classification system submitted to LifeCLEF 2014. This syste...
We present the plant classification system submitted by the QUT RV team to the LifeCLEF 2015 plant t...
We present the plant classification system submitted by the QUT RV team to the LifeCLEF 2016 plant t...
Manual methods to examine leaf for plant classification can be tedious, therefore, automation is des...
Plant leaf classification involves identifying and categorizing plant species based on leaf characte...
Recent progress in machine learning and deep learning has enabled the implementation of plant and cr...
This paper studies convolutional neural networks (CNN) to learn unsupervised feature representations...
International audienceTo recognize tree species from pictures of their leaves, one way is to automat...
Fine-grained leaf classification has concentrated on the use of traditional shape and statistical fe...
Traditional image-centered methods of plant identification could be confused due to various views, u...
The use of machine learning and computer vision methods for recognizing different plants from images...
The use of machine learning and computer vision methods for recognizing different plants from images...
INST: L_042The usage of CNN was investigated on a classification task conducted on a small dataset o...
Classification of plants based on a multi-organ approach is very challenging. Although additional da...
The automatic characterization and classification of plant species is an important task for plant ta...