Paper 1: A Long-Short Term Memory Based Solar IrradiancePrediction Scheme Using Meteorological Data, (Accepted: IEEE Geoscience and Remote Sensing Letters).
Paper 2: Energy Efficient Drone Deployment with OptimizedPath-Planning in Post-Disaster Environment' (ICTC Conference 2021 [Accepted]).
Paper 3: Secure Renewable Energy Trading for Internet of Drone Things in Search and Rescue System Empowered by Blockchain Technique, (Target: Energy for Sustainable Development, Elsevier).
Paper 4: Real-Time Drone Detection Scheme Using Deep Learning from Thermal Sensors Data to Prevent the Threat of UAV to Nuclear Facilities, (Target: IEEE Wireless Communication Letters).
Paper 5: Deep-Block: Blockchain-assisted Energy Efficient UAV Base StationDeployment Using Deep Neural Network (Target: ICT Express)
Paper 2:
* Check the typos and grammatical errors for the final copy submission
* Worked on the camera-ready copy of the paper for final submission
Paper 2:
* Working on adding one more simulation result
* Extend the paper to four pages, add more content and simulation results.
Paper 4:
* Preparing the device to collect a dataset of drones
Paper 5:
* Working on the extension of the ICTC paper.
Development of UAV routing protocol for civil and military, Anti-Drone project
Project 1:
* Surveyed papers regarding the implementation of machine learning-based routing protocol in FANET
Project 2:
* Continued learning the Yolo v5 for object detection
* Received the devices of FLIR camera
Project 2:
* Continue the object detection learning using Yolo v5
* Preparing the devices to collect a dataset of drones
1. Finish writing the paper for the ICTC conference extended version for the journal submission.
2. Complete the survey and data pre-processing for Summer Intensive paper.
3. Finish the summer intensive paper.
* Submit at least two Journal in one year
* Attend one International Conference
* Make sure to learn as many simulation tools as possible