array(4) { [0]=> string(59) "Gunshot-Detection-in-Audio-master\US8K-Binary Visualization" [1]=> string(37) " Training & Predictions-updated.ipynb" [2]=> string(7) " 998511" [3]=> string(21) " 2020-02-17 00:03:5 " } array(4) { [0]=> string(59) "Gunshot-Detection-in-Audio-master\US8K-Binary Visualization" [1]=> string(29) " Training & Predictions.ipynb" [2]=> string(7) " 932791" [3]=> string(21) " 2020-02-17 00:03:5 " } Gunshot-Detection-in-Audio 联合开发网 - pudn.com
Gunshot-Detection-in-Audio

所属分类:内容生成
开发工具:Jupyter Notebook
文件大小:3842KB
下载次数:0
上传日期:2020-02-16 16:03:56
上 传 者sh-1993
说明:  使用TensorFlow 2.0检测枪击的音频分类深度学习模型。测试集准确率97.5%,跟踪率99%...
(Audio classification deep learning model using TensorFlow 2.0 to detect Gunshots. 97.5% test set accuracy and 99% training set accuracy was achieved on Binary-Urban8K. This work was done during my summer internship at TUKL-NUST lab.)

文件列表:
Backups (0, 2020-02-17)
Backups\best_weights_final.hdf5 (203936, 2020-02-17)
Backups\best_weights_modified.hdf5 (203920, 2020-02-17)
Backups\best_weights_temp.hdf5 (580648, 2020-02-17)
Backups\dataframes_backup.h5 (3354024, 2020-02-17)
Misc Scripts (0, 2020-02-17)
Misc Scripts\.ipynb_checkpoints (0, 2020-02-17)
Misc Scripts\.ipynb_checkpoints\0. Expanding UrbanSound8K-checkpoint.ipynb (5351, 2020-02-17)
Misc Scripts\.ipynb_checkpoints\1. Making Customized UrbanSound8K Binary-checkpoint.ipynb (5612, 2020-02-17)
Misc Scripts\.ipynb_checkpoints\2. Expanding US8K-Binary-checkpoint.ipynb (5008, 2020-02-17)
Misc Scripts\.ipynb_checkpoints\3. Expanding Folds in US8K-Binary-checkpoint.ipynb (4917, 2020-02-17)
Misc Scripts\0. Expanding UrbanSound8K.ipynb (5351, 2020-02-17)
Misc Scripts\1. Making Customized UrbanSound8K Binary.ipynb (5612, 2020-02-17)
Misc Scripts\2. Expanding US8K-Binary.ipynb (5008, 2020-02-17)
Misc Scripts\3. Expanding Folds in US8K-Binary.ipynb (4917, 2020-02-17)

# Gunshot-Detection-in-Audio **Note:** Code for RNN model & audio synthesis is not opensourced yet. Audio classification using deep learning implemented using TensorFlow 2.0 to detect Gunshots. 97.5% test set accuracy and 99% training set accuracy was achieved on Binary-Urban8K. This work was done during my summer internship at TUKL-NUST lab. Due to proper preprocessing & feature extraction, a simple CNN model is used to achieve promising results. ## Project Includes - Project Notebook - Binary_Urban8K dataset visualization - Preprocessing and feature extraction using Librosa library - Pipelines for Preprocessing - Training using Keras, TensorFlow 2.0 - Predictions on: - Test files - Multiple selected files - Real-time sound input - MISC Scripts Directory: it includes all the notebooks used to modify Urban8K dataset. - Backups Directory: it contains *model weights* and *stored dataframe having features extracted from audio.* ## Dataset Details **Note:** scripts used to modify the data are also provided in the MISC Scripts directory. - UrbanSound8K was extended by adding 2400 gunshot files to it from AudioSet & MIVIA audio events data set. - "UrbanSound8K.csv" was modified accordingly. - 74 more gunshots were added which were downloaded from: http://soundbible.com/tags-gun.html - "UrbanSound8K-modified.csv" was created for latest version of dataset. - "US8K-Binary" refers to new dataset - Moreover, UrbanSound8K was changed for binary classification with new classes: - no_gun_shot (8358 files, which is 3 times when compared with other class.) - gun_shot (2848) - Total files are 11206. - Finally, folds in dataset were increased from 10 to 40 to make it work on computers with less RAM memory. ## Other Details - Currently, dataset is missing from the repository but a download link will be added soon. - Dataframes having extracted features of dataset files are saved as `dataframes_backup.h5` in `Backups` sub-directory. - Model with best results is also saved in `Backups` folder named as `best_weights_modified.hdf5`.

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