aka "Bayesian Methods for Hackers": An introduction to Bayesian methods + probabilistic programming with a computation/understanding-first, mathematics-second point of view. All in pure Python ;)
The motive behind Creating this repo is to feel the fear of mathematics and do what ever you want to do in Machine Learning , Deep Learning and other fields of AI
A Repository to store implementation of some of the famous Data Structures and Algorithms (mainly in C/C++/Java/Python) for everyone to learn and contribute.
Unofficial solutions to the text, "Understanding Analysis" by Stephen Abbott. I started writing these solutions, when I was self-studying and taking a first course in real analysis.
Today 24/10/2018, we will start with a series fun with clojure the goal to using clojure to explore the world of mathematical algorithm the goal to getting to know Clojure intimately we find out what makes Clojure tick
A complete Routh-Hurwitz Stability method implementation, for a second, third and higher-order polynomials. Moreover, an optimized version is available which works in special conditions.
WP4: P4 web version. Study and visualize planar polynomial systems online with this interactive web application. Computations are performed by the server, but the client needs JavaScript in order to interact with the application and visualize the results. Both sides are programmed in C++ using Wt.
Add local_potential(::Term)