Papers

Title 9: Smart Monitoring for SLA-type 3D Printer using Temporal Convolutional Network
(Tentative Title, Winter Intensive 2020)

Title 7: UAV-Assisted Uplink Communication using Dragonfly Optimization Algorithm for URLLC in Military Operations
- Target Journal: IEEE Communication Letters

Last Week's Progress

Title 9: Smart Monitoring for SLA-type 3D Printer using Temporal Convolutional Network
- Implement the proposed system in real-time. Currently building a LabView VI to integrate python codes to enable machine learning algorithm associated with the monitoring program

Title 7: UAV-Assisted Uplink Communication using Dragonfly Optimization Algorithm for URLLC in Military Operations
- Since there are new additional related works in the paper, the simulation must be updated so, this week we will work to improve the simulation works.

This Week Todo's

Title 9: Smart Monitoring for SLA-type 3D Printer using Temporal Convolutional Network
- Start with the integration of LabView & Python to test if the real-time application is possible and add this as one of the strong points of the paper.

Title 7: UAV-Assisted Uplink Communication using Dragonfly Optimization Algorithm for URLLC in Military Operations
- Continue with new simulation to improve the performance evaluation of the paper.

Project Progress

3D Monitoring Project

Last Week's Project

- I collected a new dataset for the whole group.
- I changed the sensors to (Gas sensor, Vibration sensor, Flame Sensor/Light Sensor, Linear magnetic Hall Sensor which detects the movement of the extruder)
- I wish to replace the gas sensor with a temperature sensor but I need a much higher capacitive reading for temperature (at least up to 230 degrees celsius)

This Week's Project

- I wish to know more about the goal of this project for this week and also be strict with the job allocation assigned to each member.

Monthly Goals

- Finish the LabView Program for the 3D Project
- Finish Winter Intensive paper
- Finish the UAV paper by the end of February or early March at least.

Annual Goals

- 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.