The paper investigates the applicability of the convolutional neural network "U-Net" to a problem of segmentation of aircraft images. The neural network image segmentation method is based on the "Carvana" implementation with the "U-Net" architecture. For orientation recognition, a neural network built in the Keras open neural network library based on the pretrained VGG16 neural network is used. The approach considered allows the image segmentation to be conducted. The results of the experiments have shown the possibility of a fairly accurate selection of the object of interest. The resulting binary masks make it possible to visually classify the aircraft in the image
This paper presents a semantic method for aerial image segmentation. Multi-class aerial images are o...
Detection and recognition of objects in images is the main problem to be solved by computer vision s...
Detection and recognition of objects in images is the main problem to be solved by computer vision s...
An algorithm for real-time estimation of 3-D orientation of an aircraft, given its monocular, binary...
This paper considers a model of the neural network for semantically segmenting the images of monitor...
This paper considers a model of the neural network for semantically segmenting the images of monitor...
This paper has considered a model of image segmentation using convolutional neural networks and stud...
This paper has considered a model of image segmentation using convolutional neural networks and stud...
In this project, a system capable of segmenting human shapes in images was developed. The first step...
The paper describes the method of objects detection on aerial photographs using neural networks. The...
The aim of the bachelor thesis is to learn more about the problem of convolutional neural networks a...
The classification of semantic segmentation-based unmanned aerial vehicle (UAV) application based on...
The focus of this thesis is on the emerging technology known as Neural Networks which has recently b...
An automatic airplane recognition algorithm is proposed in this paper, which sequentially uses an ob...
This work examines the use of convolutional neural networks with a focus on semantic and instance se...
This paper presents a semantic method for aerial image segmentation. Multi-class aerial images are o...
Detection and recognition of objects in images is the main problem to be solved by computer vision s...
Detection and recognition of objects in images is the main problem to be solved by computer vision s...
An algorithm for real-time estimation of 3-D orientation of an aircraft, given its monocular, binary...
This paper considers a model of the neural network for semantically segmenting the images of monitor...
This paper considers a model of the neural network for semantically segmenting the images of monitor...
This paper has considered a model of image segmentation using convolutional neural networks and stud...
This paper has considered a model of image segmentation using convolutional neural networks and stud...
In this project, a system capable of segmenting human shapes in images was developed. The first step...
The paper describes the method of objects detection on aerial photographs using neural networks. The...
The aim of the bachelor thesis is to learn more about the problem of convolutional neural networks a...
The classification of semantic segmentation-based unmanned aerial vehicle (UAV) application based on...
The focus of this thesis is on the emerging technology known as Neural Networks which has recently b...
An automatic airplane recognition algorithm is proposed in this paper, which sequentially uses an ob...
This work examines the use of convolutional neural networks with a focus on semantic and instance se...
This paper presents a semantic method for aerial image segmentation. Multi-class aerial images are o...
Detection and recognition of objects in images is the main problem to be solved by computer vision s...
Detection and recognition of objects in images is the main problem to be solved by computer vision s...