The odd shot - A Photography Competition Exploring Anomalies
Calling all photography enthusiasts! Do you have a keen eye for capturing the unexpected or anomalies? Do you want to showcase your artistic talents while contributing to a deeper understanding of data anomalies?
Anomaly Detection in Image Time Series Using Explainable AI (XAI)
Anomaly Detection in Image Time Series Using Explainable AI (XAI) Analysis of Image time series (ITS) has become increasingly important as a tool for monitoring and understanding complex systems and phenomena, such as climate change, urbanization, and land-use changes.
Responses to COVID-19 with OWSD Members
Attention Towards Distance Education Tools During COVID-19 Pandemic - Evidence from Google Trends OWSD 6th General Assembly and International Conference
Checkout our poster on “Attention Towards Distance Education Tools During COVID-19 Pandemic - Evidence from Google Trends”
Fundamental Laws of Set Algebra- Root Digging
This post provides an intuition about the names of the fundamental laws of Set Algebra.
A set can be viewed as any well-defined collection of objects. The objects in a set may or may not have similar properties.
Heteroscedasticity- Root Digging
In statistics, a vector of random variables is heteroscedastic (or heteroskedastic;[a] from Ancient Greek hetero “different” and skedasis “dispersion”) if the variability of the random disturbance is different across elements of the vector.
Mini-workshops on open source software tools for data science
Let’s Enjoy Cricket with R!
In this blogpost we will use cricketdata R package by Rob Hyndman and his team, to get a better understanding of the concepts of exploration, visualization, and potential analyses.
Learn more about our logo
The RETINA project focuses on four different areas: Anomaly Detection, Data Science, Open Science and Women in STEM fields. The RETINA logo is a symbolic representation of these key focuses of the RETINA project.
Learn more about our acronym: RETINA
Our acronym stands for “REvolutionising monitoring systems and Techniques in the INformation Age.”
The retina is a layer of nerve cells located on the back inside wall of our eyeball, near the optic nerve that helps to convert light into signals that our brain can interpret.
