Papers

Alifia Putri Anantha

Title 1:
Reducing Faulty Node Detection Delay in Industrial Internet of Things
Accepted at: KICS Summer 2019

Title 2:
Deep Reinforcement Learning with Edge Computing in Faulty-Node Detection for Industrial Internet of Things
Rejected from: Elsevier Manufacturing Letters
Resubmitted to: IEEE Wireless Communication Letters

Title 3:
Improved Network Intrusion Detection Using Hybrid Sequential Forward Feature Selection and Machine Learning
Rejected from: Elsevier Information Processing Letters
Resubmitted to: IEEE Communication Letters

Title 4:
Hidden Information Detection on Speech Signal Using Mel-Frequency Cepstral Coefficient and Linear Discriminant Analysis
Accepted at: KICS Summer 2020

Title 5:
Edge Computing-Based Anomaly Detection for Multi-Source Monitoring in Industrial Wireless Sensor Networks
Submitted to: ICTC 2020

Title 6:
LSTM Autoencoder-Based Anomaly Detection for Industrial IoT Sensor
Target: Summer Intensive 2020

Title 7:
Real-time Network Anomaly Detection and Prediction for Industrial Control Systems
Target: Thesis

Last Week's Progress

Title 6:
- Continued to do the simulation
- Fine-tuned the performance evaluation
- Wrote conclusion

Title 7:
- Errors on classification process due to its classifier

This Week Todo's

Title 6:
- Readability and similarity check
- Finalize the paper
- Discuss with Prof. Kim prior to the submission
- Submit the paper within this week

Title 7:
- Try to troubleshoot the errors
- Fine-tune the abstract and system model
- Read more references for background

Project Progress

IoT Platforms and Applications

Last Week's Project

- Successfully connected the TF Mini Plus LiDAR with Jetson Nano
- Got the sensor readings (distance and strength) from TF Mini Plus LiDAR
- Learned how Velabit LiDAR works while awaiting its arrival

This Week's Project

- Learn how Velabit LiDAR works while awaiting its arrival
- Survey other people's LiDAR dataset on the internet
- Work on the temperature sensor

Monthly Goals

- Submit Title 6
- Complete at least 30% of my thesis
- Learn several algorithms of deep learning

Annual Goals

- Able to participate at least in one international conference
- Able to write and submit at least one journal