Papers

Paper 1: Deep-Block: Blockchain-assisted Secure and Energy Efficient UAV-BS Deployment Using Deep Learning (Target: Elsevier, Internet of Things)

Paper 2: Meta-Learning: A Secure Distance Learning Approach Based on Metaverse Platform Using Blockchain Technology [Winter Intensive] (Target: IEEE Transactions on Learning Technologies)

Paper 3: Energy-Efficient Multidimensional Path-Planning of UAV for Distributed IoT Networks With Reinforcement Learning (Target: KICS Winter 2023)

Paper 4: SUPER-Meta: A Sophisticated User Privacy-based Extended Reality Devices for the Metaverse-based Online Learning (Target: IEEE MetaCom/ IEEE ICC 2023)

Collaboration work-in-progress (WoP)
Paper 5: A Metaverse Approach: Web Inside of Web (Target: IEEE Network Special Issue) [Submitted]

Paper 5: Metaverse Integrated Autonomous Vehicular Systems (Target: IEEE Industrial Informatics) [Working in Progress (WoP) with Tuli]

Last Week's Progress

Paper 1:
* Completed the paper writing part (performance evaluation and conclusion)
* Revise the paper again and find out the typos and grammatical errors and did a plagiarism test

Paper 2:
* Add more content to the Related work section since the reviewers ask for updating the related works
* Start working on the Introduction part for better clarification of motivation and contribution of the paper

This Week Todo's

Paper 1:
* Suggested adding some more results graph for comparison between the proposed model and existing model by lab members (working on it)
* Fine-tune again and submit to the journal after adding comparison graphs

Paper 2:
* Re-design the system model to reduce the latency issues of massive transaction data handling
* Started working on the simulation for reducing the latency of the transactions

Project Progress

Black Ice Detection

Last Week's Project

* Keep working on the dataset labeling for images of slushy road surface
* Continued working on audio dataset pre-processing task

This Week's Project

* Finish the audio dataset pre-processing task for one test-bed environment (KIT)
* Continue the images dataset labeling for the vision datasets

Monthly Goals

* Complete the journal paper and submit it to Elsevier IoT
* Finish working on the winter intensive review comments and resubmit again
* Finish the conference paper for ETFA 2023
* Start a new survey work on Quantum Computing based on AI, Blockchain, and Metaverse

Annual Goals

* Get accepted at least one SCI journal and submit as many as possible

* Attend as many competitive international conferences

* Make sure to learn and gain depth knowledge about AI, Digital-Twin, and MetaVerse