“…There are several methods for recognizing human activity. Some works consider using data from sensors of smartphones and other devices [2,3], as well as from wearable sensors [4,5,6]. There are also methods for human activity recognition by image or video [7,8].…”
Section: Methods Of Human Activity Recognitionmentioning
This paper describes the model of convolutional neural network which is designed for multi-label human activity recognition. The possibilities of using activity recognition systems in the daily life of a person are considered. As part of this work, the study is conducted for the method of recognizing human activity on an image that can be obtained from a surveillance camera. To obtain more accurate recognition results, the network model used technology of transfer learning. Several pre-trained convolutional networks are considered using two types of transfer learning in order to find the best solution. The deep learning networks for solving the problem are implemented in Python using deep learning libraries. Considered models are trained to recognize binary multi-label human activity. Training and testing are performed on images collected by the author. The article also provides the obtained training and testing results of different models of convolutional neural networks. The data obtained are tabulated and also presented in graphical form.
“…There are several methods for recognizing human activity. Some works consider using data from sensors of smartphones and other devices [2,3], as well as from wearable sensors [4,5,6]. There are also methods for human activity recognition by image or video [7,8].…”
Section: Methods Of Human Activity Recognitionmentioning
This paper describes the model of convolutional neural network which is designed for multi-label human activity recognition. The possibilities of using activity recognition systems in the daily life of a person are considered. As part of this work, the study is conducted for the method of recognizing human activity on an image that can be obtained from a surveillance camera. To obtain more accurate recognition results, the network model used technology of transfer learning. Several pre-trained convolutional networks are considered using two types of transfer learning in order to find the best solution. The deep learning networks for solving the problem are implemented in Python using deep learning libraries. Considered models are trained to recognize binary multi-label human activity. Training and testing are performed on images collected by the author. The article also provides the obtained training and testing results of different models of convolutional neural networks. The data obtained are tabulated and also presented in graphical form.
“…The feature set used by the system was created by selecting from a pool of features from [5][10] and [16]. In order to improve accuracy and reduce computational expenses, a feature selection was performed.…”
Section: Feature Extraction and Classificationmentioning
“…A separate coordinate system can be used for each activity, as long as the resulting acceleration signatures are not the same. Principal component analysis (PCA) was used for preprocessing the motion signals in [11], [14], [15], [16]. Performance is to be evaluated differently from smartphone based methods to attachable accelerometer based methods.…”
Section: Orientation-invariant Accelerometer and Gyroscope Signalsmentioning
confidence: 99%
“…One method that is good for detecting one set of activites (i.e., using kNN to classify walking, running, and other exercise activities) may not necessarily be the best choice for detecting another activity set (i.e., fall detection).Another issue with some studies is that outside of a lab setting, users position the smartphone with different orientations and on different on-body locations. Studies that have addressed this problem include [11] [14] [15] [16].…”
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