I have research expertise in the domains of Artificial Intelligence, Internet of Things, Underwater Wireless Sensor Network, Underwater Wireless Optical Communication, and RF Communication Component Design. I utilize various tools and simulation techniques to evaluate and develop communication modules, analyze their performance, and publish academic papers that undergo peer review process. I utilize a diverse range of sensor data acquired by undersea and atmospheric sensor nodes to train machine learning models in order to predicts different patterens or parameters.
Algorithms Repos
- Hybrid-CNN-LSTM-with-Spatial-Attention
- Aqua-sense
- Explainable AI
- Diversity Gain enabled VLC/UWOC
- ML-LSTM-CNN-RNN-MLP
- LoRa-VLC/UWOC
- MobileNet
Python | C | Embedded C | Matlab | R Studio |
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Pytorch | Selenium | Numpy | Pandas | Sklearn | OpenCV |
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Avr Studio | Stm32 IDE | Arduino | PyCharm | Raspberry Pi | VS Code |
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Conda | Plotly | Matpltlib |
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DesignSpark Mechanical | Ansys HFSS | Multisim | MS Office | Proteus | CISCO Packet Tracer | Network Analyzer | Antenna Radiation Pattern Analyzer | 3D Printing |
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Linux | Ubuntu | windows | Pi OS | Mac OS |
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TexWorks | YAML | PyCharm | Gitlab | Putty | Terraterm | Agilent Waveforms | Photoshop |
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