Skip to content Skip to sidebar Skip to footer

Reinforcement Learning for Physics: ODEs and Hyperparameter Tuning | by Robert Etter | Oct, 2024

Working with ODEs Physical systems can typically be modeled through differential equations, or equations including derivatives. Forces, hence Newton’s Laws, can be expressed as derivatives, as can Maxwell’s Equations, so differential equations can describe most physics problems. A differential equation describes how a system changes based on the system’s current state, in effect defining state…

Read More

The Complete Guide to Workflows in NetSuite

Oracle NetSuite provides a robust solution for automating many business processes. One of the most powerful features is its built-in Workflow functionality, which allows users to automate a variety of tasks across different business functions. The most common use cases are for approvals, but workflows can also help with automation around invoicing, record-keeping, billing, and…

Read More

Researchers at Stanford University Propose ExPLoRA: A Highly Effective AI Technique to Improve Transfer Learning of Pre-Trained Vision Transformers (ViTs) Under Domain Shifts

Parameter-efficient fine-tuning (PEFT) methods, like low-rank adaptation (LoRA), allow large pre-trained foundation models to be adapted to downstream tasks using a small percentage (0.1%-10%) of the original trainable weights. A less explored area of PEFT is extending the pre-training phase without supervised labels—specifically, adapting foundation models to new domains using efficient self-supervised pre-training. While traditional…

Read More