As institutions prioritize immediate applications, pure mathematics faces an existential threat. This article defends abstract research as essential to innovation and long-term progress.
Short-term thinking and utilitarian pressures are undermining the very institutions that sustain human progress. This is a crisis not just in science policy, but in civilization itself.
This review explores the transformative applications of mathematical optimization and machine learning in industrial management, with a focus on production planning, predictive maintenance, and supply chain optimization.
Fundamental research is often targeted for cuts due to its lack of immediate outcomes. But eliminating it risks innovation, education, crisis response, and global competitiveness.
A comprehensive guide to traffic prediction in smart transportation systems, covering data sources, preprocessing, modeling approaches, and real-world Python examples.
A data-driven investigation into predictive maintenance’s operational value across industries, exploring statistical models, machine learning architectures, and real-world results.
A deep dive into the integration of Natural Language Processing techniques with predictive maintenance to unlock hidden knowledge from unstructured maintenance text.
AI and machine learning are transforming renewable energy systems, making them more efficient, reliable, and sustainable. Learn how intelligent technologies are powering the clean energy transition.
Learn how data drift and concept drift can degrade machine learning models over time, and why continuous monitoring and adaptive systems are essential for model performance.
Learn how to preregister your SEM study by systematically locking down modeling and analytic decisions to improve scientific transparency and reduce bias.
