Title 9: Smart Monitoring for SLA-type 3D Printer using Temporal Convolutional Network
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Title 7: UAV-Assisted Uplink Communication using Dragonfly Optimization Algorithm for URLLC in Military Operations
- Target Journal: IEEE Communication Letters
Title 10: Nozzle Thermal Control System for Fused Filament Fabricating3D Printer using Conditional Temporal Neural Network
- Completed. Waiting for submission results
Thesis: Predictive Maintenance on Fused Filament Fabricating using Temporal Convolutional Networks
Mentor Duty:
- Discuss her KICS paper: topics and approach
- Guide her with NSL seminar
Title 9: Smart Monitoring for SLA-type 3D Printer using Temporal Convolutional Network
- Waiting for Gabriel to pass the simulation for the paper
Title 7: UAV-Assisted Uplink Communication using Dragonfly Optimization Algorithm for URLLC in Military Operations
- Still working on related works and problem formulation
Thesis: Predictive Maintenance on Fused Filament Fabricating using Temporal Convolutional Networks
- Start with introduction and related works
Title 9: Smart Monitoring for SLA-type 3D Printer using Temporal Convolutional Network
- Waiting for Gabriel to pass the simulation for the paper
Title 7: UAV-Assisted Uplink Communication using Dragonfly Optimization Algorithm for URLLC in Military Operations
- Continue working on problem formulation
Thesis: Predictive Maintenance on Fused Filament Fabricating using Temporal Convolutional Networks
- Continue with simulations and building the program
3D Printer
- Pass the first journal
- Continue working on Python and LabVIEW simulations
- Passed the first patent of this project
- Continue working on Python and LabVIEW simulations
- Finish the LabView Program for the 3D Project
- Finish Winter Intensive paper
- Finish the UAV paper by the end of May at least.
- Integrate an edge computing device on the Monitoring program for the future expansion of the project or the possible integration with 5G technologies.
- Finish my thesis and graduate.