by Dr. Owns | Mar 31, 2025 | Analytics, Artificial Intelligence, Data and Information, Decision Support
This is the second part of “My learning to being hired again after a year… Part I”. Hard to believe, but it’s been a full year since I published the first part on TDS. And in that time, something beautiful happened. Every so often, someone would leave a comment,...
by Dr. Owns | Mar 28, 2025 | Analytics, Artificial Intelligence, Data and Information, Decision Support
In my previous article, I discussed how morphological feature extractors mimic the way biological experts visually assess images. This time, I want to go a step further and explore a new question:Can different architectures complement each other to build an AI that...
by Dr. Owns | Mar 28, 2025 | Analytics, Artificial Intelligence, Data and Information, Decision Support
When I talk to [large] organisations that have not yet properly started with Data Science (DS) and Machine Learning (ML), they often tell me that they have to run a data integration project first, because “…all the data is scattered across the organisation, hidden in...
by Dr. Owns | Mar 28, 2025 | Analytics, Artificial Intelligence, Data and Information, Decision Support
The 3d Reconstruction journey from 2D photographs to 3D models follows a structured path. This path consists of distinct steps that build upon each other to transform flat images into spatial information. Understanding this pipeline is crucial for anyone looking to...
by Dr. Owns | Mar 28, 2025 | Analytics, Artificial Intelligence, Data and Information, Decision Support
Intro In Part 1 of this tutorial series, we introduced AI Agents, autonomous programs that perform tasks, make decisions, and communicate with others. In Part 2 of this tutorial series, we understood how to make the Agent try and retry until the task is completed...
by Dr. Owns | Mar 28, 2025 | Analytics, Artificial Intelligence, Data and Information, Decision Support
Phase space of a nonlinear pendulum. Photo by the author. Hamiltonian mechanics is a way to describe how physical systems, like planets or pendulums, move over time, focusing on energy rather than just forces. By reframing complex dynamics through energy lenses, this...
