mkris0714 / deeplearning_for_wireless_signal_strength_prediction Goto Github PK

The code here contains a sequence-to-sequence LSTM/GRU based deep learning model used for wireless signal strength prediction. It is possible to train the model in three training paradigms of guided, unguided and curriculum training. Please refer the paper for algorithm information. Note, an extended version of the work with more comparison is also available in this paper.

• seq2seq_curriculum_LSTM.py => LSTM using curriculum training 30%
• seq2seq_guided_LSTM.py => LSTM using guided training
• seq2seq_unguided_LSTM.py => LSTM using unguided training
• seq2seq_unguided_GRU.py => GRU using unguided training
• calculateError.py, fileprocessor.py, preprocessor.py => contains helper functions

All datasets are cleaned datasets. Reference for the raw data is mentioned below each network type.

4G LTE RSRP Measurements: (Data Collected by the authors)

• 4G_bus_TMobile.txt
• 4G_pedestrian_TMobile.txt
• ATT_4G_bus.txt
• ATT_4G_pedestrian.txt

Industrial Network Measurements: (Raw data can be found at this link)

• s21_average_sweep.txt (antennas separated by a distance of 3.1m)
• s31_average_sweep.txt (antennas separated by a distance of 10.0m)
• s41_average_sweep.txt (antennas separated by a distance of 20.4m)

WiFi RSI Measurements: (1st two datasets colleted by the authors)

• wifi_1s_sample.txt (sampling rate of 1 second)
• wifi_2s_sample.txt (sampling rate of 2 seconds)

Zigbee Measurements: (Raw data can be found at this link) (Power level 31 considered)

• wsn_p31_d10_sample.txt (sensor nodes communicating with each other over fixed distance of 10m)
• wsn_p31_d15_sample.txt (sensor nodes communicating with each other over fixed distance of 15m)

@inproceedings{herath2019deep,
  title={A deep learning model for wireless channel quality prediction},
  author={Herath, J Dinal and Seetharam, Anand and Ramesh, Arti},
  booktitle={ICC 2019-2019 IEEE International Conference on Communications (ICC)},
  pages={1--6},
  year={2019},
  organization={IEEE}
}

@article{kulkarni2019deepchannel,
  title={Deepchannel: Wireless channel quality prediction using deep learning},
  author={Kulkarni, Adita and Seetharam, Anand and Ramesh, Arti and Herath, J Dinal},
  journal={IEEE Transactions on Vehicular Technology},
  volume={69},
  number={1},
  pages={443--456},
  year={2019},
  publisher={IEEE}
}