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En el instante 21 de octubre de 2025, 9:03:07 UTC,
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Añadido recurso Improving Geomorphological Classification via Binary Image Processing a Improving Geomorphological Classification via Binary Image Processing
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| 2 | "author": "AC Salgado-Albiter, SI Valdez, J Paredes-Tavares", | 2 | "author": "AC Salgado-Albiter, SI Valdez, J Paredes-Tavares", | ||
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| 12 | "value": "https://doi.org/10.1109/enc56672.2022.9882949" | 12 | "value": "https://doi.org/10.1109/enc56672.2022.9882949" | ||
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| 25 | "value": "2022 IEEE Mexican International Conference on Computer | 25 | "value": "2022 IEEE Mexican International Conference on Computer | ||
| 26 | Science (ENC), 1-7, 2022" | 26 | Science (ENC), 1-7, 2022" | ||
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| 34 | "value": "Conferencia" | 34 | "value": "Conferencia" | ||
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| 39 | "https://ieeexplore.ieee.org/abstract/document/9882949/" | 39 | "https://ieeexplore.ieee.org/abstract/document/9882949/" | ||
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| 60 | "name": "90c6182c5399", | 60 | "name": "90c6182c5399", | ||
| 61 | "notes": "Landform classification is the basis for understanding and | 61 | "notes": "Landform classification is the basis for understanding and | ||
| 62 | describing the processes and evolution of landscape. This process | 62 | describing the processes and evolution of landscape. This process | ||
| 63 | usually requires elevation information from different sources, | 63 | usually requires elevation information from different sources, | ||
| 64 | expertise and time. Automatic geomorphological classification, via the | 64 | expertise and time. Automatic geomorphological classification, via the | ||
| 65 | geomorphons algorithm, supports expert classification by using local | 65 | geomorphons algorithm, supports expert classification by using local | ||
| 66 | ternary patterns for labeling landform elements, significantly | 66 | ternary patterns for labeling landform elements, significantly | ||
| 67 | reducing the computation time. Nevertheless, it presents issues such | 67 | reducing the computation time. Nevertheless, it presents issues such | ||
| 68 | as a noisy output, valleys that are not classified as continuous | 68 | as a noisy output, valleys that are not classified as continuous | ||
| 69 | forms, valleys that are classified as peaks at low altitude, flat | 69 | forms, valleys that are classified as peaks at low altitude, flat | ||
| 70 | zones inside the valley that are not classified as a part of it, and | 70 | zones inside the valley that are not classified as a part of it, and | ||
| 71 | other similar issues. In this proposal, we tackle the mentioned issues | 71 | other similar issues. In this proposal, we tackle the mentioned issues | ||
| 72 | for valley classification by binarizing the geomorphons output and | 72 | for valley classification by binarizing the geomorphons output and | ||
| 73 | applying it binary-image operators. The proposal's performance is | 73 | applying it binary-image operators. The proposal's performance is | ||
| 74 | measured by using binary classification metrics and expert-made | 74 | measured by using binary classification metrics and expert-made | ||
| 75 | groundtruth images. The results show that the accuracy, balanced | 75 | groundtruth images. The results show that the accuracy, balanced | ||
| 76 | accuracy, and F1 metrics are greater than those delivered by the | 76 | accuracy, and F1 metrics are greater than those delivered by the | ||
| 77 | geomorphons classifier for all the instances in the testing data.", | 77 | geomorphons classifier for all the instances in the testing data.", | ||
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| 83 | "description": "Observatorio Metropolitano CentroGeo", | 83 | "description": "Observatorio Metropolitano CentroGeo", | ||
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| 103 | "description": "Landform classification is the basis for | 103 | "description": "Landform classification is the basis for | ||
| 104 | understanding and describing the processes and evolution of landscape. | 104 | understanding and describing the processes and evolution of landscape. | ||
| 105 | This process usually requires elevation information from different | 105 | This process usually requires elevation information from different | ||
| 106 | sources, expertise and time. Automatic geomorphological | 106 | sources, expertise and time. Automatic geomorphological | ||
| 107 | classification, via the geomorphons algorithm, supports expert | 107 | classification, via the geomorphons algorithm, supports expert | ||
| 108 | classification by using local ternary patterns for labeling landform | 108 | classification by using local ternary patterns for labeling landform | ||
| 109 | elements, significantly reducing the computation time. Nevertheless, | 109 | elements, significantly reducing the computation time. Nevertheless, | ||
| 110 | it presents issues such as a noisy output, valleys that are not | 110 | it presents issues such as a noisy output, valleys that are not | ||
| 111 | classified as continuous forms, valleys that are classified as peaks | 111 | classified as continuous forms, valleys that are classified as peaks | ||
| 112 | at low altitude, flat zones inside the valley that are not classified | 112 | at low altitude, flat zones inside the valley that are not classified | ||
| 113 | as a part of it, and other similar issues. In this proposal, we tackle | 113 | as a part of it, and other similar issues. In this proposal, we tackle | ||
| 114 | the mentioned issues for valley classification by binarizing the | 114 | the mentioned issues for valley classification by binarizing the | ||
| 115 | geomorphons output and applying it binary-image operators. The | 115 | geomorphons output and applying it binary-image operators. The | ||
| 116 | proposal's performance is measured by using binary classification | 116 | proposal's performance is measured by using binary classification | ||
| 117 | metrics and expert-made groundtruth images. The results show that the | 117 | metrics and expert-made groundtruth images. The results show that the | ||
| 118 | accuracy, balanced accuracy, and F1 metrics are greater than those | 118 | accuracy, balanced accuracy, and F1 metrics are greater than those | ||
| 119 | delivered by the geomorphons classifier for all the instances in the | 119 | delivered by the geomorphons classifier for all the instances in the | ||
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| 145 | understanding and describing the processes and evolution of landscape. | ||||
| 146 | This process usually requires elevation information from different | ||||
| 147 | sources, expertise and time. Automatic geomorphological | ||||
| 148 | classification, via the geomorphons algorithm, supports expert | ||||
| 149 | classification by using local ternary patterns for labeling landform | ||||
| 150 | elements, significantly reducing the computation time. Nevertheless, | ||||
| 151 | it presents issues such as a noisy output, valleys that are not | ||||
| 152 | classified as continuous forms, valleys that are classified as peaks | ||||
| 153 | at low altitude, flat zones inside the valley that are not classified | ||||
| 154 | as a part of it, and other similar issues. In this proposal, we tackle | ||||
| 155 | the mentioned issues for valley classification by binarizing the | ||||
| 156 | geomorphons output and applying it binary-image operators. The | ||||
| 157 | proposal's performance is measured by using binary classification | ||||
| 158 | metrics and expert-made groundtruth images. The results show that the | ||||
| 159 | accuracy, balanced accuracy, and F1 metrics are greater than those | ||||
| 160 | delivered by the geomorphons classifier for all the instances in the | ||||
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