Title1:-Next Generation Ground Maneuvering Surveillance System for Large aircraft
Title2:-4D Trajectory Planning and Guidance Smart Platform in WSN
Title3:-Bio-Inspired Routing Protocols for Flying Ad-hoc Networks (FANETs): A survey
Title2:-4D Trajectory Planning and Guidance Smart Platform in WSN
-Selecting Flyable Trajectories.
-Setting-up Mathematical model for successful handover between UAVs.
-Calculating Time of Arrival for successful handover.
Title2:-4D Trajectory Planning and Guidance Smart Platform in WSN
-Setting-up Mathematical model for successful handover between UAVs.
-Calculating Time of Arrival for successful handover.
-Setting up handover performance parameters:
For a number N of handovers performed ; evaluate the following parameters:
-The total amount of data collected.
-The total energy used by both UAVs.
-The the number of interruptions occurred.
The handover model assumes that the coming UAV trajectory altitude is $4m$ higher than the covering one in order to avoid a potential collision."
Avionics Research Project
-Surveying previous works
-Waiting orders from Team leader
-Surveying previous works
-Waiting orders from Team leader
Mastering Matlab and Simulink
-Learning Korean Language(vocabularies)
-Learning Python
- 100% class attendance
- Learning NS3
-Submit paper(Title2) to conference ETFA/Millicom (Work in Progress)
-participate in two international conference (Millicom or ETFA)
-publish one article in one international journal IEEE Transactions on Aerospace and Electronic System