Exploring Ocean Animal Trajectory Pattern via Deep Learning
We trained a combined deep convolutional neural network to predict seals’ age (3 categories) and gender (2 categories). The entire dataset contains 110 seals with around 489 thousand location records. Most records are continuous and measured in a certain step. We created five convolutional layers fo...
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| Language: | en |
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2016
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| Online Access: | Wang, S. (2016). Exploring Ocean Animal Trajectory Pattern via Deep Learning. KAUST Research Repository. https://doi.org/10.25781/KAUST-29M51 http://hdl.handle.net/10754/610580 |
| Summary: | We trained a combined deep convolutional neural network to predict seals’ age (3 categories) and gender (2 categories). The entire dataset contains 110 seals with around 489 thousand location records. Most records are continuous and measured in a certain step. We created five convolutional layers for feature representation and established two fully connected structure as age’s and gender’s classifier, respectively. Each classifier consists of three fully connected layers. Treating seals’ latitude and longitude as input, entire deep learning network, which includes 780,000 neurons and 2,097,000 parameters, can reach to 70.72% accuracy rate for predicting seals’ age and simultaneously achieve 79.95% for gender estimation. |
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