AIRBiS project

Algorithm-Architecture Co-design of AI-Enabled Real-time Bio-system

AIRBiS progress meeting†

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Background and Motivation†

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Research Goal†

I will research about a software-hardware Co-design of AI-Enabled Real-time Bio-system.

The research includes the following:

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Research Schedule†

DateTask
☑️Aug 1st - Oct 31, 2020Running demos and study of SW/HW tools in ASL Guidance.
☑️Nov 1st - Nov 15, 2020Prepare paper for "Biomedical Circuits and Systems".
☑️Nov 16 - Nov 23, 2020Check the CNN program from Okada, run on ZCU102 FPGA board and record result.
☑️Nov 23 - Nov 30, 2020Survey current reference papers, update paper for "Biomedical Circuits and Systems".
☑️Dec 1st - Dec 4, 2020Prepare airbis team report and preliminary results in paper.
☑️Dec 4 - Dec 11, 2020Revise and submit papers for ETLTC2021.
☑️Dec 12 - Dec 25, 2020Finish UI-FPGA-Communication function separately.
☑️Dec 18 - Dec 29, 2020Get preliminary results of the AIRBiS system.
☑️Jan 1st - Jan 15, 2021Read paper of "parallel CNN" and prepare slide for RPR1.
☑️Jan 16 - Jan 24, 2021Integrate the AIRBiS system program and get evaluation results.
☑️Jan 24 - Jan 29, 2021Summary the research of AIRBIS system and prepare slide for the RPS4.
☑️Feb 1 - Feb 10, 2021Read paper of "parallel CNN" and prepare slide for RPR2.
☑️Feb 8 - Feb 19, 2021Working on the hardware acceleration design evaluation in FPGA with a bigger input size(64*64 -> 128*128) and more complex CNN model.
☑️Feb 22 - Feb 26, 2021Implementing FL experiment of 3 clients.
☑️Mar 1 - Mar 6, 2021Finish the implementation of COVID-19 test instead of anomalies test.
☑️Mar 8 - Mar 13, 2021Summarize the hardware part of AIRBiS and debug CNN code on pc and FPGA together with Fukuchi.
☑️Mar 15 - Apr 3, 2021Work on the experiment of CNN learning on FPGA.
☑️Apr 5 - Apr 10, 2021Extract information from related papers/researches about experiment results comparing.
☑️Apr 12, Apr 20, 2021Explore ROI solution for the AIRBiS project.
☑️Apr 21, May 6, 2021Read related papers/surveys and enrich the content of the AIRBiS project paper.
☑️May 7, May 19, 2021Carry out AIRBiS experiment with the new dataset.
☑️May 20 - June 5, 2021Deal with the accuracy problem of the new dataset.
☑️June 7 - June 16, 2021Summarize the result of hardware and debug with Xilinx sdsoc.
☑️June 17 - June 26, 2021Summarize the result of FPGA inference and CNN.
☑️June 27 - July 10, 2021Update UI and add heatmap function for COVID-19 detection.
☑️July 12 - July 21, 2021Measure the power consumption of related platforms and the time-cost of convolution function in FPGA.
☑️July 22 - Aug 5, 2021Finish the AIRBiS draft paper.
☑️Aug 11 - Sept 23, 2021Improve the journal paper and prepare for the submission.
☑️Sept 24, Oct 4, 2021Finish the new version of the MDPI journal paper.
☑️Oct 5, Oct 25, 2021Improve the journal paper and submit it to MDPI.
Oct 26, Nov 5, 2021Implement the model file hash function using swarm or IPFS platform.
Nov 8, Nov 19, 2021Implement the blockchain function of the AIRBiS project.
Nov 22, Dec 10, 2021Evaluate the blockchain system and compose the blockchain journal paper.
Dec 12, Feb 15, 2022Paper revision and submission
Schedule last updated on: 10/29/2021
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Achievements†

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Journal Papers†

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references†

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Updates†

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