In this paper we present an approach for performing object classification and segmentation in satellite images for the Maritime domain. We employ neural network architectures for object classification and segmentation tasks in order to identify different classes of objects in satellite imagery for the maritime domain, such as vessels, land (e.g., port terminals), clouds, etc. We compare the accuracy of different neural network architectures and present the results of our experimental evaluation
Knowing where ships are located is a key factor to support safe maritime transports, harbor manageme...
The automatic classification of ships from aerial images is a considerable challenge. Previous works...
This article presents an analysis of the possibilities of using the pre-degraded GoogLeNet artificia...
The establishment of the Automatic Identification System (AIS) was revolutionary for Maritime Situa...
This paper presents a method that can be used for the efficient detection of small maritime objects....
Vessel detection and type recognition is crucial in any maritime surveillance application. This comp...
The ability to locate and identify vessels of interest in satellite imagery plays a vital role in ma...
One of the core components of remote sensing based maritime surveillance applications is vessel dete...
For an adequate security of the maritime domain is necessary to be aware of the objects location and...
Artificial neural networks (ANN) are the most commonly used algorithms for image classification prob...
For an adequate security of the maritime domain is necessary to be aware of the locations of maritim...
One of the challenges of maritime affairs is automatic object recognition from aerial imagery. This ...
Marine industry is a large industry especially in the economy sector. Not limited to commercial, thi...
The automatic classification of ships from aerial images is a considerable challenge. Previous works...
Maritime surveillance is important for management of maritime traffic and to prevent activities like...
Knowing where ships are located is a key factor to support safe maritime transports, harbor manageme...
The automatic classification of ships from aerial images is a considerable challenge. Previous works...
This article presents an analysis of the possibilities of using the pre-degraded GoogLeNet artificia...
The establishment of the Automatic Identification System (AIS) was revolutionary for Maritime Situa...
This paper presents a method that can be used for the efficient detection of small maritime objects....
Vessel detection and type recognition is crucial in any maritime surveillance application. This comp...
The ability to locate and identify vessels of interest in satellite imagery plays a vital role in ma...
One of the core components of remote sensing based maritime surveillance applications is vessel dete...
For an adequate security of the maritime domain is necessary to be aware of the objects location and...
Artificial neural networks (ANN) are the most commonly used algorithms for image classification prob...
For an adequate security of the maritime domain is necessary to be aware of the locations of maritim...
One of the challenges of maritime affairs is automatic object recognition from aerial imagery. This ...
Marine industry is a large industry especially in the economy sector. Not limited to commercial, thi...
The automatic classification of ships from aerial images is a considerable challenge. Previous works...
Maritime surveillance is important for management of maritime traffic and to prevent activities like...
Knowing where ships are located is a key factor to support safe maritime transports, harbor manageme...
The automatic classification of ships from aerial images is a considerable challenge. Previous works...
This article presents an analysis of the possibilities of using the pre-degraded GoogLeNet artificia...