Trappy Scopes

<span title='2023-10-12 23:56:06 +0100 +0100'>October 12, 2023</span>&nbsp;·&nbsp;0 min&nbsp;·&nbsp;0 words&nbsp;·&nbsp;Yatharth Bhasin

Correlator Card Notes

Correlator Theory [version 1] by Yatharth Bhasin Introduction This article introduces and explains the implementation of Correlation modules that can read a time series and compute the autocorrelation function for the said time series. The autocorrelation calculation is done for a set of lag time values, this set is also referred to as the Channels of the Correlator module. Hence $ACF(k) \space or \space G(k)$ refers to the $k^{th}$ channel....

<span title='2022-07-11 15:07:14 +0530 +0530'>July 11, 2022</span>&nbsp;·&nbsp;21 min&nbsp;·&nbsp;4295 words&nbsp;·&nbsp;Yatharth Bhasin

Python Time Literals

Safe and accurate parsing of time literals (values + units) is both common and crucial requirement. While C++ has a mechanism through STL chrono, such a functionality is absent in python (as per my information). Library: GitHub Gist. What is a time-literal? Just to be clear, time literal here means anything of this form : 5ns, 4min, 15.5ms. It is a numeric value (float) followed by alphabetic constants that indicate special treatment of the alpha-numeric string constant....

<span title='2022-06-28 18:15:16 +0530 +0530'>June 28, 2022</span>&nbsp;·&nbsp;4 min&nbsp;·&nbsp;806 words&nbsp;·&nbsp;Yatharth Bhasin

KG Lab Project Work

KG Lab This page summarizes the projects I worked on during my Junior Research Fellow tenure at Tata Institute of Fundamental Research, Hyderabad. Note: Some of the links are private links and would require special access to view. Contact yatharth1997+git@gmail.com , if you have the permission to view the links but are unable to do so. DIY Correlator Card The source code for the Correlator card project can be found here: https://github....

<span title='2022-06-28 13:56:04 +0530 +0530'>June 28, 2022</span>&nbsp;·&nbsp;2 min&nbsp;·&nbsp;262 words&nbsp;·&nbsp;Yatharth Bhasin