Paper 1: Brownian Motion Based UAV-assisted Energy Harvesting Scheme for the Internet of Battlefield Things, (IEEE Transactions of Industrial Informatics).
Paper 2: A UAV-assisted Blockchain-Based Device to Device Communication Using Bloom Filter in the Internet of Military Things (Submitted: ICTC).
Paper 3: Development of Routing Protocol in UAV Network for Military Environment, [Winter Intensive] (Target: ICT Express)
Paper 4: A Lightweight Authentication System Using Mobile Edge Computing with the Assistance of UAV in the Internet of Military Things. (Target: Not fixed)
Thesis: A UAV assisted Predictive Energy Harvesting Scheme based on Remaining Usable Energy in Internet of Battlefield Things.
Paper 3:
* Implemented the mesh network in raspberry-pi for OLSR
* Finish writing the performance evaluation part.
Paper 4:
* Implemented the blockchain transaction for UAV to MEC
Thesis:
* Surveyed moe paper reagarding to CNN to apply in my thesis work
* Started working on collecting the dataset.
Paper 3:
* Continue working on the mesh implementation
* Work on Drone flight using ROS
Paper 4:
* Continue implementation of blockchain transaction for UAV to MEC
Thesis:
* Survey the CNN model to apply in my Scheme
* Survey on dataset of Dynamic nodes trajectory
Development of UAV routing protocol for civil and military, Anti-Drone project
Project 1:
* Added the testbed result to the paper
* Continued the online course of ROS for drone controlling development
Project 2:
* Surveyed paper about vision based drone detection
* Collected dataset for vision based drone detection
Project 1:
* Implement the mesh network for OLSR
* Work on PixHawk to controll the Drone
* Continue the online course of ROS
Project 2:
* Survey paper about the vision based dataset
1. Submit the summer intensive paper.
2. Start working on my Thesis work.
* Submit at least one Journal.
* At least 1 International Conference papers.
* Make sure to learn as many simulation tools as possible.