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 [Submitted]).
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 2:
* Surveyed papers for the related works to extend the ICTC paper
* Worked on simulation to add more simulation results
Paper 4:
* Waiting for the device to collect dataset for simulation
* Keep working on the open-source dataset collection
Paper 3:
* Continue the simulation task for energy consumption prediction
* Keep writing the paper (extend introduction part)
* Survey papers for related work comparison
Development of UAV routing protocol for civil and military, Anti-Drone project
Project 1:
* Continued paper survey to learn about machine learning-based routing protocol implementation in FANET
Project 2:
* Continue the learning of object detection using the Yolo v5
Project 1:
* Survey more papers regarding machine learning-based routing protocol in FANET
Project 2:
* Continue working on Yolo v5 for object detection
* Waiting for the device to collect the thermal dataset
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