Title 1: Data-Driven Faulty Node Detection Technique for Industrial Networks
Title 2: Lotka-Volterra Model Analysis for Network's Dynamic Stability with Various Delays
Title 3: Enhanced Canonical Correlation Analysis-based Fault Detection Scheme for Industrial Wireless Networks
Title 4: Design and Implementation of Smart Farm System with LoRa and IEEE 802.11
Title 5: Throughput-Aware Routing for Wireless Sensor Networks based on Soft-Computing Optimization
Title 1:
- Revised regarding comments and try to enhance the readability.
Title 2,3:
- Learn about the material
- Looked up some related journal
- Started writing a draft
Title 4 :
- Got implementation result
- Starting writing result section in journal
Title 5:
- Set up the simulation for routing
Title 1:
- Will revise it and submit it at the end of the week.
Title 2,3:
- Learn about the material
- Looked up some related journal
- Started writing a draft
Title 4 :
- Got implementation result
- Starting writing result section in journal
Title 5:
- Set up the simulation for routing
Smart Farm
- Discussed how we are going to approach the project
- Bought required materials and devices
- Capture the image from webcam and processed it in intel Galileo
- Connected two Intel Galileo and display it in web server wirelessly
- Did soldering for eps 32 (Wi-Fi Direct module that just came in a few days ago)
- Connect it with 3 or more Intel Galileo to expand the range
- Discuss new protocol will be used
- Made a presentation about it
- Try to connect it by eps 32 which has better performance in term of stability and throughput
- Try using some new AP and Athena from DASAN Network
- Try to connect node to that AP
- Try to use Lora gateway for redundancy.
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Learn and research about Lotka Volterra for my new journal
One international conference
One domestic conference
One international Journal