Python Code fro HEV Model for Raspberry PI and AWS Connect.
This is part 3 codes of Chapter 8 of the book "Digital Twin Development and Deployment on the Cloud" Elsevier, 2020, Nassim Khaled, Bibin Pattel and Affan Siddiqui.
The Raspberry Pi board will send the HEV system inputs, outputs and states to the Amazon Cloud Services and the Digital Twin model is ran concurrently on the cloud to perform Off-Board Diagnostics (Off-BD) for detecting failures introduced in the model which is running in Raspberry Pi.
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Nassim Khaled (2024). Python Code fro HEV Model for Raspberry PI and AWS Connect. (https://www.mathworks.com/matlabcentral/fileexchange/75229-python-code-fro-hev-model-for-raspberry-pi-and-aws-connect), MATLAB Central File Exchange. Récupéré le .
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HEV_Model_for_Raspberry_Pi
HEV_Model_for_Raspberry_Pi_with_MQTT
HEV_Model_for_Raspberry_Pi_with_MQTT/MQTT_Support_Files
HEV_Model_for_Raspberry_Pi
HEV_Model_for_Raspberry_Pi/Libraries/Battery
HEV_Model_for_Raspberry_Pi/Libraries/Electrical
HEV_Model_for_Raspberry_Pi/Libraries/Vehicle
HEV_Model_for_Raspberry_Pi_with_MQTT
HEV_Model_for_Raspberry_Pi_with_MQTT/Libraries/Battery
HEV_Model_for_Raspberry_Pi_with_MQTT/Libraries/Electrical
HEV_Model_for_Raspberry_Pi_with_MQTT/Libraries/Vehicle
Version | Publié le | Notes de version | |
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1.0.0 |