| Date | Task |
| ☑️January 1st - March 31, 2020 | Running Demos and study of SW/HW tools |
| ☑️April 1st - Jun 21, 2020 | SNN Learning Algorithms Survey |
| ☑️Jun 22 - Oct 2, 2020 | Complete and submit paper of AEBIS |
| ☑️Oct 3 - Nov 15, 2020 | Revise the AEBIS paper |
| Nov 16 - Dec 18, 2020 | Investigate the optimization of AEBIS and extend the work |
| Dec 19 - Jan 31, 2021 | Complete and submit paper of extended version of AEBIS |
| Nov 27 - Dec 11, 2020 | Draft the proposal with Qiu-kun and update the draft paper |
| Dec 12 - | |
| |
| February 1 - February 24, 2021 | Understand K-means based Multicast Routing Algorithm and Architecture for 3D SNN NoC. Conduct a short survey about SNN mapping. See this opensource mapping sim https://github.com/drexel-DISCO/SpineMap and the author's paper |
| February 25 - March 31, 2021 | Propose an efficient (Possible target: low-latency, High-accuracy-->QoS) 3D QoS CMR (Clustering-Mapping-Routing) algorithm |
| April 1 - Mid of May, 2020 | Write and submit a paper of new 3D QoS CMR algorithm |
| Mid of May - June 6, 2021 | Evaluate with other biology (biomedical) applications |
| June 7 - July 11, 2021 | Write and submit a paper of AIRBiS system |
| July 12 - August 31, 2021 | Implement the new QoS CMR algorithm on hardware |
| September 1 - Mid of October, 2021 | Write and submit a paper of hardware version |
| Mid of October - November 31, 2021 | Study and propose a new fault-tolerant algorithm for multi-core 3D-NoC systems |
| December 1 - Mid of January, 2022 | Write and submit a paper for new fault-tolerant algorithm |
| Mid of January - February 28, 2022 | Implement an EV reservation prediction system using SNN (or CNN) on hardware implementation |
| March 1 - March 31, 2022 | Testing the system and prepare a paper |
| April 1 - April 30, 2022 | Investigate other bio-related topics and edge-computing system |
| May 1 - June 31, 2022 | Prepare and submit a paper |
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