Pinned Repositories
cobaya
Code for Bayesian Analysis
GSTools
GSTools - A geostatistical toolbox: random fields, variogram estimation, covariance models, kriging and much more
Hunchback-Transcription
Research project studying noise of Hunchback-P2 transcription using live images of developping Drosophila embryos. (MATLAB)
N-body-Sim-Dynamics-of-Cold-Collapse-of-Globular-Cluster
(2017) N-body simulation of the cold collapse of a globular cluster. The sim is designed for N up to 10^5 bodies. Features include Verlet integration, gravitational softening, and Barnes-Hut optimisation
Polyominos-and-Exact-Covers
INF421 Design of Algorithms Project
Positive-Mass-Theorem-General-Relativity-
Stein-s-method
Numerical verification of Stein's method for obtaining bounds on the distance between two probability distributions (with respect to a probability metric).
Strongly-Connected-Components-and-DBSCAN
INF442 Project
Unitary-representations-of-spacetime-symmetries
joshua-benabou's Repositories
joshua-benabou/N-body-Sim-Dynamics-of-Cold-Collapse-of-Globular-Cluster
(2017) N-body simulation of the cold collapse of a globular cluster. The sim is designed for N up to 10^5 bodies. Features include Verlet integration, gravitational softening, and Barnes-Hut optimisation
joshua-benabou/Strongly-Connected-Components-and-DBSCAN
INF442 Project
joshua-benabou/GSTools
GSTools - A geostatistical toolbox: random fields, variogram estimation, covariance models, kriging and much more
joshua-benabou/Hunchback-Transcription
Research project studying noise of Hunchback-P2 transcription using live images of developping Drosophila embryos. (MATLAB)
joshua-benabou/Polyominos-and-Exact-Covers
INF421 Design of Algorithms Project
joshua-benabou/Positive-Mass-Theorem-General-Relativity-
joshua-benabou/Stein-s-method
Numerical verification of Stein's method for obtaining bounds on the distance between two probability distributions (with respect to a probability metric).
joshua-benabou/Unitary-representations-of-spacetime-symmetries