This article describes our first participation to the plant identification task of ImageCLEF. We have approached it as intended with the least possible computer-vision related techniques (especially without costly image preprocessing and feature extraction) and as much as possible machine learning techniques (random forests). Our method is purely visual and entirely automatic, using only the image information. One should mention that the total time spent with preparing this submission was only about one week. The results were accordingly fairly poor, but probably usable for mobile applications, as the whole process of preprocessing and classification is very fast. We propose a slight modification to the Otsu algorithm, which makes it better...
This paper reports a large-scale experiment aimed at evaluating how state-of-art computer vision sys...
International audienceThis paper presents the participation of INRIA IMEDIA group and the Pl@ntNet p...
Abstract. We describe our participation in the plant identification task of ImageClef 2011. Our appr...
International audienceThe ImageCLEF's plant identification task provides a testbed for the system-or...
International audienceThe ImageCLEF's plant identification task provides a testbed for a system-orie...
Abstract. We describe our participation in the plant identification task of ImageClef 2012. We submi...
We describe our participation in the plant identication task of ImageClef 2012. We submitted two run...
We present a plant identification system for automatically identifying the plant in a given image. I...
Abstract. We describe our participation in the plant identification task of ImageClef 2013. We submi...
The LifeCLEFs plant identication task provides a testbed for a system-oriented evaluation of plant i...
International audienceThe LifeCLEFs plant identication task provides a testbed for a system-oriented...
Abstract. The LifeCLEFs plant identification task provides a testbed for a system-oriented evaluatio...
This paper reports a large-scale experiment aimed at evaluating how state-of-art computer vision sys...
International audienceImageCLEFs plant identification task provides a testbed for the system-oriente...
This paper reports a large-scale experiment aimed at evaluating how state-of-art computer vision sys...
International audienceThis paper presents the participation of INRIA IMEDIA group and the Pl@ntNet p...
Abstract. We describe our participation in the plant identification task of ImageClef 2011. Our appr...
International audienceThe ImageCLEF's plant identification task provides a testbed for the system-or...
International audienceThe ImageCLEF's plant identification task provides a testbed for a system-orie...
Abstract. We describe our participation in the plant identification task of ImageClef 2012. We submi...
We describe our participation in the plant identication task of ImageClef 2012. We submitted two run...
We present a plant identification system for automatically identifying the plant in a given image. I...
Abstract. We describe our participation in the plant identification task of ImageClef 2013. We submi...
The LifeCLEFs plant identication task provides a testbed for a system-oriented evaluation of plant i...
International audienceThe LifeCLEFs plant identication task provides a testbed for a system-oriented...
Abstract. The LifeCLEFs plant identification task provides a testbed for a system-oriented evaluatio...
This paper reports a large-scale experiment aimed at evaluating how state-of-art computer vision sys...
International audienceImageCLEFs plant identification task provides a testbed for the system-oriente...
This paper reports a large-scale experiment aimed at evaluating how state-of-art computer vision sys...
International audienceThis paper presents the participation of INRIA IMEDIA group and the Pl@ntNet p...
Abstract. We describe our participation in the plant identification task of ImageClef 2011. Our appr...