Paper 1: Reliable Communication Using Orbital Angular Momentum with SWIPT in Military Network, (Accepted on ICTC 2019).
Paper 2: Enhancement of Security Constraints of UAV-assisted IoT Deployment Using Blockchain Technology in Military Operations. (KICS Summer)
Paper 3: A UAV-assisted Blockchain-Based Device to Device Communication on the Internet of Military Things (Accepted: ICTC 2020).
Paper 4: Brownian Motion Based UAV-assisted Energy Distributed Technique for the Internet of Things, (Target: JCN).
Paper 5: Development of Routing Protocol in UAV Network for Military Environment, [Winter Intensive] (Target: ICT Express)
Thesis: UAV-assisted Solar Radiation Prediction and Energy Allocation for WSN in Lone Forest Area
Paper 4:
* Worked on the simulation of energy efficiency comparison with and without solar panel
* Meet Prof Lee regarding the submission to Journal
Thesis:
* Worked on the simulation for solar radiation prediction
* Keep writing the System model part
Paper 1:
* Published
Paper 2:
* Presented on KICS Summer 2020
Paper 3:
* Presented on ICTC 2020
Paper 4:
* Continue the simulation of energy outage comparison with and without solar energy harvesting
* write the performance evaluation part based on the result from the simulation
Thesis:
* Continue working on simulation and finish by this week
* Finish the writing of System model part
* Start writing the Performance evaluation part.
Development of UAV routing protocol for civil and military, Anti-Drone project
Project 1:
* Make the report regarding the working update
Project 2:
* Learning about dataset labelling
Project 2:
* Continue the dataset labelling leraning
1. Finish the simulation of my Thesis
2. Finish writing the Thesis
3. Submit the Journal paper before Defence
* Submit at least one Journal
* At least 1 International Conference papers (Completed)
* Make sure to learn as many simulation tools as possible