Title2: Time-Efficient Deep Learning-Based Energy Consumption Prediction for Smart Factory
Target: ICOIN 2022 Conference
Title 4: Classification and Characterization of Encoded Traffic in SCADA Network using Hybrid Deep Learning Scheme
Target: IEEE Internet of Things
Title 5: Time-Aware CNN Framework for Efficient Energy Consumption Prediction in Smart Factory Target: IEEE Transactions on Power Systems
Title 9 Effective Gaussian Process Regression Kernel Selection for Secured SCADA Network Communication
Target: IET, Information Security
Title 12: Machine Learning Reliability for SCADA Network Communication Intrusion Detection
Target: Special Issue on IEEE Transactions on Network Service & Management
Title 13: Attacks on SCADA System
Target: KICS Summer 2022
Title 14: To come up with title
Target: KICS Summer 2022
Title 15: Machine Learning Efficiency
Target: Special Issue on IEEE Transactions on Network Service and Management
Title 2: To secure approval from Professor for resubmission
Title 4: Under review
Title 5: 1. Rejected with review comments
2. To begin paper revision in line with review comments
Title 9: Under Review
Title 12: Under review
Title 13: 1. Started the survey of related literature
2. Introduction
Title 14: 1. Extension of title 13
Title 15: Performance Evaluation & conclusion
Title 2: To secure approval from Professor for resubmission
Title 4: Under Review
Title 5: 1. Presented review comments in NSL paper meeting
2. Started paper revision in line with review comments from IEEE Transactions on Power Systems
Title 9: Under Review
Title 12: Under review
Title 13: 1. Started the survey of related literature
2. Introduction, System Methodology
Title 14: 1. Extension of title 13
2. System model
3. Model Simulation
Title 15: Grammar check/corrections & Similarity check
Metal 3D Printer - Smart Additive Project
1. Continued the survey of related literature on the development of multiple laser path generation algorithm
2. Identified the Traveler's Salesman Algorithm (TSA) as the best path generation algorithm for 3D printing project.
1. Continued the survey of related literature on the development of multiple laser path generation algorithm
2. Identified the Traveler's Salesman Algorithm (TSA) as the best path generation algorithm for 3D printing project.
3. Shared the idea with team members during the project meeting.
1. To finalize revision of title 5
2. Finalized the revision of title 12
3. Secured Professors' approval for submission of title 12 to Special issue on IEEE Transactions on Network Service & Management
4. To conclude titles 13, 14 & 15
5. To begin the survey of related literature on survey paper
6. Started survey of related papers on the development of multiple laser path generation algorithm
6. To continue work on the model development for research thesis
7. Start learning network simulation for research thesis
8. To complete the revision of title 5 in line with review comments from IEEE on Power Systems
2022 Goals:
1. Attend or submit to all NSL approved domestic conferences: KICS Winter 2022 (50% Done).
2. Attend or submit at least two NSL approved International Conferences: ICAIIC 2022 (Attended) (50%).
3. Publish or submit at least two International Journal papers/Letters (100% submission)