Measuring progress in literature

Matlab library to visualize the avalanche and power law characteristics of the Bak-Tang-Wiesenfeld sandpile model

Implementation of a minimal neural network model for the study of self-organized criticality

A different take on the sandpile model

Which dynamical regime is beneficial for biological systems in the context of the criticality hypothesis? Agent-based evolutionary foraging game with experiments to evaluate generalizability, ability to perform complex tasks and evolvability of agents with respect to their dynamical regime. Paper: https://arxiv.org/abs/2103.12184

Forest Fire Simulation Project for the Completion of PH4505 Computational Physics - NTU Singapore Spring 2018

Paper: https://doi.org/10.1162/isal_a_00412 Which dynamical regime is beneficial for biological systems? Agent-based evolutionary foraging game with experiments to evaluate generalizability, ability to perform complex tasks and evolvability.

All the code used in the simulations for my masters thesis.

DEVELOPMENT OF A SOFTWARE TOOLKIT FOR INVESTIGATION AND MANAGEMENT OF EPIDEMICS IN SELF_ORGANIZING SYSTEMS

Various studies show that criticality is an attractor in biological evolution. Which conditions have to be fulfilled, such that criticality acts as an attractor in our neuroevolution simulation? -- Masters Thesis Project ---

Simulation of sandpile dynamics via a cellular automaton and corresponding analysis to extract scaling exponents from avalanche statistics

Criticality analysis on complex networks using Power-law scaling functions, exponential relations, and phase transitions

Bak-Tang-Wiesenfeld sandpile avalanche model

An utterly trivial implementation of the abelian sandpile model, the simplest example of a system exhibiting SOC.