I'm doing an essay on asynchronous Kauffman boolean networks (using N=9, K=3). I seem to not be able to locate any attractors, at least not anything that I can recognise (i.e. a specific set of states that when they appear the system will stay in these states or cycle through them). Also there is nothing consisten when starting from the same initial condition. Am I missing something here?
Thanks for the help in advance!!
#networks #BooleanNetworks #asynchronousnetworks #attractors
Proud of publishing my first @PeerCommunityJournal paper after recommendation from PCI MathCompBiol 😃
I present a logical modeling and resolution method for #reprogramming the fixed points and minimal trap spaces of #BooleanNetworks, which accounts for the creation of new attractors:
https://peercommunityjournal.org/articles/10.24072/pcjournal.255/
Super happy to have participated on this special issue on the principle of dynamical #criticality. It was really fun to expand our work on effective connectivity, #canalization and #redundancy with Jordan Rozum, Felipe Costa, and Austin Marcus. An a bonus for publishing in #Entropy---makes me feel quite cybernetic! #complexsystems #BooleanNetworks #Dynamics #networkScience #ComputationalBiology
https://www.mdpi.com/1099-4300/25/2/374
Very cool approach to the #control of #BooleanNetworks and biochemical regulation models, using #nonlinear #dynamics and #canalization, by Kwang-Hyun Cho's team at KAIST
#SystemsBiology #NetworkScience #NetworkMedicine
