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[a-t-0]

• [ ] Update methodology (Verify brain adaptation reference is removed.
• [ ] Include introduction to methodology.
• [ ] Slim down hardware segment
• [ ] Synchronize simulated damage with 2 assumptions in introduction.
• [ ] Write future work.
• [ ]
• [ ] Write conclusion

[a-t-0]

Trashed info: The application should be representative of space applications, and it should facilitate application of brain adaptations. This intersection may be image segmentation and or classification using (deep) neural networks. For example, the Mars Organic Molecule Analyzer (MOMA) of ExoMars Rosalind Franklin Rover (scheduled for launch in 2023) will perform rock sample analysis using trained AI systems \cite{}%https://ntrs.nasa.gov/api/citations/20210022097/downloads/AI%20in%20Aerospace%201.pdf.

[a-t-0]

• [ ] Shorten text.
• [ ] Determine if all results can be put into single table to save space
• [ ] Update fig 2
• [ ] Update snn graph fig.
• [ ] Reduce the use of "this.. , this research this..."