Marko Lalovic, Nicos Georgiou, Istvan Z. Kiss: Likelihood-based inference for birth-death processes with composite birth mechanisms https://t.co/8xZBRVfrsH https://t.co/uBHNGvCAjz https://t.co/pYVl6JyFhk
Want to eradicate malaria-bearing mosquitoes? Try fungus, this researcher says - Binod Pant, a postdoctoral researcher in Northeastern University's Network Science Institute, says that he “quickly figured out a mathematical ... - https://t.co/Cngfn90oNo
@Hamdamlam@Colin_d_m There is also a repository for this: https://t.co/kXpGXMPXeU but to run this you need a valid copy of the commercial Gurobi solver..
I played once with something similar using Julia, and the results were excellent. This is inspiring me to clean and push the code, and share it.
@Hamdamlam@Colin_d_m It can be done with an algorithm that finds an optimal layout based on some criteria, like aesthetic rules, see for example this thesis: https://t.co/DnRxRgWLwa
@Hamdamlam@Colin_d_m This is really cool, to automatically draw a metro map. It's actually a well-studied (and solved) problem, turning real life metric graphs into topological tube-style maps (like TfL).
At the spreading processes session, Marko Lalovic extends classical birth-death processes to include higher-order interactions for modelling complex contagion dynamics. His simulations reveal the significant roles of higher-order terms in epidemic dynamics.
#NetSci2025
@thienan496 There are many free apps that can help with touch typing. You can also take a typing test that times you and counts the typos to evaluate your speed and error rate, which makes it more fun, here is one: https://t.co/3r0jaBwzV8