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Some resources to learn more about parallel graph algorithms and pick a topic of interest
Reading list:
- Chapters 1-6 of [Guide to graph algorithms: sequential, parallel, distributed](https://b…
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When aggregating over multiple problems / problem instances, we can get imbalanced results w.r.t. the number of runs of each algorithm.
*Idea*: Drop results and warn about excluded results.
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I'm not sure whether this package be used to study nanocrystals. Any hints/comments will be helpful.
Regards,
Zhao
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### Summary
The documentation for all algorithms in petgraph::algo::[isomorphism](https://docs.rs/petgraph/latest/petgraph/algo/isomorphism/index.html#) is vague in regards to multigraphs.
### M…
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This feature predicts the performance of players and teams in upcoming matches using historical data. By leveraging machine learning algorithms, it provides insights into expected outcomes and helps i…
sv410 updated
3 weeks ago
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Your work is absolutely fantastic! I'm really amazed! What I find most interesting is how you've used and compared the three algorithms, and especially how you've automated the process of selecting th…
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This is a request to implement:
- Spanning tree for directed unweigthed graphs—this should be easy.
- Minimum spanning tree for directed weighted graphs. Ref: https://en.wikipedia.org/wiki/Edmon…
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It will be nice to provide convergence graphs of all runs instead of only the median convergence graph. This will be definitely handy for designing algorithms. Additional plots such as the dispersion …
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## Problem to Solve
When a graph is presented by Workbase each time the edges and nodes are tangled and have to be manually untangled to be able to see the whole graph clearly. The problem exponent…
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Hi:
Following up on [the issue about web-dev topics](https://github.com/GSG-G4/post-programme/issues/13), I'm going to list some topics that would be great to consider for learning more about CS.
…