Papers

1: Reliable Communication Using Orbital Angular Momentum with SWIPT in Military Network, (Published on ICTC 2019).

Paper 2: Enhancement of Security Constraints of UAV-assisted IoT Deployment Using Blockchain Technology in Military Operations. (KICS Summer, Presented)

Paper 3: A UAV-assisted Blockchain-Based Device to Device Communication on the Internet of Military Things (Accepted: ICTC 2020).

Paper 4: UAV-assisted Solar Energy Distribution Technique Based on Partial Brownian Movement for the Internet of Things (Target: JCN).

Paper 5: Development of Routing Protocol in UAV Network for Military Environment, [Winter Intensive] (Target: ICT Express)

Paper 6: LSTM Based Solar Irradiance Prediction From Remote Sensing of Meteorological Data, (Target: IEEE Geoscience and Remote Sensing Letters)

Thesis: Development of LSTM based Photovoltaic Power Generation Prediction Model for Drone

Last Week's Progress

Paper 4:
* Continued the simulation for energy allocation
* Wrote the Performance evaluation part (Not finished yet)



Thesis:
* Fine-tuned chapter 4 of my Thesis paper
* Wrote down the answers asked from the judges regarding the Thesis

This Week Todo's

Paper 4:
* Continue the simulation fro energy allocation in nodes
* Continue writing the Performance evaluation part and Conclusion part

Paper 5:
* Simulate the OLSR environment on Matlab


Paper 6:
* Check again for grammatical errors and typing errors regarding the submission.
* Submit to the Journal if no further changes needed

Thesis:
* Submit the answer to professors
* Submit for the final submission.

Project Progress

Development of UAV routing protocol for civil and military, Anti-Drone project

Last Week's Project

Project 1:
* Installed the software for sensor collaboration
* Fixed the sensors based on the user manual of the drone.

Project 2:
* Captured the video of drone borrowed from WENS lab for the dataset
* Worked on the dataset labelling

This Week's Project

Project 1:
* Work on the Pixhawk to test the drone flight control
* Simulate the OLSR routing in Matlab or OPNET

Monthly Goals

1. Fine-tune the Thesis paper.

2. Finish the Thesis final submission

3. Submit the Journal based on Thesis

Annual Goals

* Submit at least one Journal

* At least 1 International Conference papers (Completed)

* Make sure to learn as many simulation tools as possible