Posts

Reader level: Beginner Essentials of Chain Rule for Differentiation This section describes some of the basics of chain rule for differentiation that we will use to describe automatic differentiation. $$ \dfrac{ df(a \cdot b) }{dx} = b\dfrac{da}{dx} + a\dfrac{db}{dx} $$ For a function ‘f’ that is dependent on variables ‘ni(x)‘, the partial derivative w.r.t an independent variable ‘x’ can be written as shown below $$ \dfrac{\partial f}{ \partial x} = \sum \dfrac{\partial f}{\partial n_{i} } \cdot \dfrac{ \partial n_i }{\partial x} $$ [Read More]

Reader level: Beginner Continuous Integration Continuous Integration (CI) is the process of systematic code testing to ensure that changes made to a codebase do not break existing functionality. Although, firming entrenched into the software development lifecycle research projects rarely takes advantage of this important step. While this may be overkill for single-owner projects that are relatively small, any collaborative project of a reasonable size needs regular testing to avoid absolute pandemonium. [Read More]

Reader level: Beginner Virtualization Technology Some of the virtualization technologies that span Cloud Computing services, in increasing order of resource usage, is listed below. This list is not comprehensive, simply an overview of the popular options: Application Containers (e.g. Docker/Rocket) Open platform for running applications in a linux container. This is usually used to run a single process per container and workloads requiring multiple processes are encouraged to be run in different containers that ‘talk’ to each other. [Read More]

This page contains the Jupyter notebook for the class ‘Introduction to Python Plot.ly for Data Visualization’ workshop that I have taught at Virginia Tech and at the XSEDE conference.

You can download the notebook here. If it downloads with a ‘.txt’ extension, please remove that extension and rename it to ‘Plotly.ipynb’ before opening it.

This page contains slides to the ‘Python for Scientific Computing’ workshop that I have taught at Virginia Tech and at the XSEDEconference.