🚀Exciting PhD Opportunity🚀

Are you passionate about:
🧬 Graph algorithms for real-world genome sequencing?
💻 Writing efficient, reusable code & libraries?
🌲 Exploring stunning Nordic nature?

This PhD position is for YOU! 🎓✨

📅 Apply by March 2

#PhD #ComputerScience #Bioinformatics #GraphAlgorithms

I’m so proud to announce the publication of a submission to the Journal of Open Source Software co-authored by John M. Boyer and myself, showcasing the Edge Addition Planarity Suite, the Planarity #Cython wrapper, and the Edge Addition Planarity Suite Testing #Python package 🚀🎉 #graphalgorithms

A’s boss doesn’t know who the CEO is… so he asks *his* boss… then *his* boss…
That’s basically Union-Find.
This autism-friendly coding tutorial makes it click:
🎥 youtu.be/IJuupDWkzqE

#UnionFind #AutisticDev #GraphAlgorithms #CodingForBeginners #LearnToCode #NeurodivergentTech

Explore and experiment freely with various samples on our yFiles playground! Check it out at yfiles.com/play

What examples would you like to see? Share your ideas with us.

#DataVisualization #GraphDrawing #DeveloperTools #InteractiveDiagrams #DataAnalysis #VisualizationTools #GraphAlgorithms

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Researchers introduced O(n²) algorithms for bicliques in Star‑123‑free graphs; the bimodular‑width case may need O(m n³) to compute its decomposition. (6 Oct 2025) Read more: https://getnews.me/fast-biclique-algorithms-for-star-123-free-and-bimodular-width-graphs/ #biclique #graphalgorithms

Researchers present a polynomial kernel of O(k^5) vertices for Clique-Tree deletion, the first such result for scattered graph classes. The preprint appeared on 21 September 2024. https://getnews.me/polynomial-kernel-achieves-o-k5-for-clique-tree-graph-deletion/ #graphalgorithms #kernelization

A new construction gives a (1+ε) distance‑approximating minor for planar and minor‑free graphs, sized Õε(k) and built with a near‑linear algorithm for fast processing. https://getnews.me/distance-approximating-minors-for-planar-minor-free-graphs/ #distanceapproximation #graphalgorithms #planargraphs

Researchers present a quadratic kernel for Cliques-or-Trees Vertex Deletion that limits instances to O(k²) vertices, tightening the earlier O(k⁴) and O(k⁵) kernels. Read more: https://getnews.me/quadratic-kernel-achieves-o-k2-vertices-for-cliques-or-trees-deletion/ #kernelization #graphalgorithms

MCS remains NP‑complete on trees when the number of colors is a parameter; a new FPT algorithm solves it in O(2^{6c} n^6), better than O(2^{4c} n^{2c+3}) Read more: https://getnews.me/new-complexity-bounds-and-faster-algorithm-for-minimum-consistent-subsets/ #graphalgorithms #parameterizedcomplexity

Q: Who is Edsger W. Dijkstra?  A: goto: . #LinkedData #SmartData #GraphAlgorithms
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🆕 Recursive DFS vs Iterative Stack: Cycle Detection Performance and Limits

#CodingInterview #LeetCode #graphalgorithms #dfs
https://tildalice.io/recursive-dfs-vs-iterative-stack-cycle-detection-benchmark/

🆕 Adjacency List vs Matrix: 47% Faster DFS in Interview Code

#CodingInterview #LeetCode #GraphAlgorithms
https://tildalice.io/adjacency-list-vs-matrix-performance-interview/