Title 1: Data-driven Digital-Twin Environment for Battery State-of-Charge Estimation and Visualization
Target: Submitted to IEEE Energy Conversion
Title 2: Optimizing Vehicle Recommendations: A Hybrid, Weighted Approach in Automotive Retail
Target: Tentative / Status: finished; waiting for comments
Thesis Topic: Supply Chain Management - Logistics and Warehouse Blockchain-based Digital Twin Research
Title 3: Tentative Title
Title 1: Submitted to IEEE Energy Conversion
Title 2: No update.
Title 3: Research new topic direction for thesis and journal title
Title 1: Waiting for review.
Title 2: No update
Title 3: Continuation Research regarding Logistics and Warehouse Blockchain-based Digital Twin Research
- Find and compare existing works regarding Blockchain Logistics and Warehouse
- Find and compare existing works regarding Digital Twin Logistics and Warehouse
1. AI Automotive Industry App Development
2. NSL Website Management
1. AI Automotive Industry App Development
- Updated the Design Screen of:
*Login Screen
*Recommendation Screen
- Polished the UI/UX components
2. NSL Website Management
- Updated the Database (Education list)
- Assisting angelo and tuli on NSL Website
1. AI Automotive Industry App Development
- Awaiting further tasks on UI/UX and App Development
- Continue updating the screens
2. NSL Website Management
- Maintaining the website
- Assisting angelo and tuli on NSL Website
1. Finish the UI UX and start developing the project mobile application.
2. Provide assistance on maintaining the NSL Old/New Website
3. Finish the Blockchain Application on Digital Twin.
4. Finish Thesis Writing and First Outline/Template
1. Submit atleast 2 Journal Paper
2. Attend 1 International Conference and atleast 2 Domestic Conference (KICS Winter, KICS Summer)