Paper 1: Energy Efficient UAV Deployment with Optimized Path-Planning in Post-Disaster Environment' (ICTC Conference 2021 [Presented]).
Paper 2: 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 3: Deep-Block: Blockchain-assisted Energy Efficient UAV Base StationDeployment Using Deep Neural Network (Target: ICT Express)
Paper 3:
* Completed the user authentication implementation process
* Continued the energy consumption prediction simulation
Paper 2:
* Started the simulation on Yolo v5 with the remained dataset
* Test the connection of the HDMI device to collect the thermal dataset from the FLIR camera (wait until next week to be able to collect the dataset)
Paper 3:
* Complete the energy consumption prediction simulation
* Write down the performance evaluation part
* Start writing the introduction part
Development of UAV routing protocol for civil and military, Anti-drone project
Project 1:
* Survey the FANET routing protocol implementation on the military network
Project 2:
* Continue the CNN algorithm development for object detection
* Worked on the installation of CUDA and open CV for Yolo v3
Project 2:
* Keep working on the CNN based object detection algorithm
* Continue the installation of CUDA and open CV
1. Finish the simulation of the ICTC extended paper. Complete the paper for the ICTC extended version for the journal submission.
2. Complete the paper for the ICTC extended version for the journal submission.
* Submit at least two Journal in one year
* Attend one International Conference
* Make sure to learn as many simulation tools as possible