Title 3: Efficient UAV Deployment Strategy for Energy-Efficient Routing Protocol using Monarch Butterfly Optimization Algorithm
- Target Journal: IET Communications Journal
Title 4: Enhancing Localization Accuracy in Indoor Industrial Enviornment using Metaheuristic Algorithm
- ICTC 2020(98%)
Title 6: Real-Time Fish Quality Assessor using Machine Learning
- KICS 2020
- Extend to a journal for Summer Intensive
Title 1: Secure Ground Control Station-based Routing Protocol of UAV Network
- Accepted in ICTC 2019
Title 2: Monarch Butterfly Optimazation on DV based Positioning in Indoor Industrial Environment
- Accepted in KICS Fall 2019
Title 5: Hardware-in-the-Loop 3D Printer Oxygen Agent Monitoring Program using LabView
- Journal Publication (3D Project Journal Paper)
Title 3: Efficient UAV Deployment Strategy for Energy-Efficient Routing Protocol using Monarch Butterfly Optimization Algorithm
- Try the debugged the code, seems like it's effective. Continue building the simulation.
Title 4: Enhancing Localization Accuracy in Indoor Industrial Enviornment using Metaheuristic Algorithm
- Done with system model and conclusion
Title 6: Real-Time Fish Quality Assessor using Machine Learning
- Making the backbone of the paper
- Surveying papers essential for the topic
Title 3: Efficient UAV Deployment Strategy for Energy-Efficient Routing Protocol using Monarch Butterfly Optimization Algorithm
- Call for help with senior members to finish the codes
- Paper is 90% done with algorithms and system model
Title 4: Enhancing Localization Accuracy in Indoor Industrial Enviornment using Metaheuristic Algorithm
- Turn it in
Title 6: Real-Time Fish Quality Assessor using Machine Learning
- Start with constructing system model
3D Printing Monitoring Development
- Finish the Winter intensive simulation and paper.
- Meet the deadline for the Laboratory Project
- Finish ICTC paper -98%
- Finish KICS paper -1%
- Write two SCI journals
- Submit a paper on
(1) International conference paper - 98%
(1) Domestic conference paper
- Finish the 3D project - 100%