Papers

Title 1
Secure M2M Communication of Industrial IoT using Manufacturing Message Specification (MMS) with Blockchain
Winter Intensive Paper (Elsevier Information Processing Letters)


Title 2
1D CNN-based Event Classification of Sensor Data for M2M MMS over Blockchain (MoB) Communication
For Graduation Thesis

Last Week's Progress

Title 1
- Rejected because out of scope. (May 05, 2020)
- Find another suitable letter.
- Prepare the IET Electronics Letters format.


Title 2
- Change the title.
- Finish the proposed system of MMS, Blockchain, 1D CNN, and the 1D CNN MoB section.
- Add algorithm 1 about submit transactions.
- Add algorithm 2 of CheckWork function.
- Add algorithm 3 of access and update value on the client-side.
- Add algorithm 3 of access and update value on the server-side.
- Add performance analysis of the implementation requirements for the edge server, blockchain network, 1D CNN model, and python MMS.
- Add references (41 references).

This Week Todo's

Title 1
- Rejected because out of scope. (May 05, 2020)
- Find another suitable letter.
- Prepare the IET Electronics Letters format.
- Submit to the target journal by the end of this week.


Title 2
- Finish the testing process sub-section with confusion matrix and classification results.
- Working with the real-time event classification result based on sensor input data.
- Finish network performances section.
- Add figures 4.10, 4.11, and 4.12 regarding MMS server make transaction to the BC network.
- Continue working with the security result, to prove the proposed system is secure.
- Finish the book by the end of this week.
- Continue and finish the PPT.

Project Progress

MMS for Industrial IoT, E-WAMS: Edge Computing-based Wild Animal Monitoring System (Capstone Design Class), 3D Printing Conception Company, and International Conference Section

Last Week's Project

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This Week's Project

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Monthly Goals

- Finish the winter intensive and submit the chosen journal.
- Use 1D CNN for real-time event classification.
- Combine MMS over BC to increase data security.
- Successfully connect the sensor (Arduino) to LabView through serial communication.
- Use the OPCUA Labview library.
- Make a good UI consists of many sensors and the connection status of the 3D Printing.

Annual Goals

- Able to submit and take a part in at least one Domestic conference.
- Able to submit and take a part in at least one International Conference and Journal.