Abstract: This article explores the integration of biodegradable nanorobots and edge computing as a sustainable approach to environmental monitoring. Traditional cloud-based systems consume extensive energy for data transmission and computation, creating a paradox where digital progress contributes to ecological degradation. By embedding computation directly into eco-friendly, … [Read more...] about Biodegradable nanorobots meet edge computing: Sustainable intelligence in the soil
Intelligent sensors
Smart assisted living: A data-centric and machine learning approach to intelligent home systems
Abstract: The evolution of smart homes is marked as one of the most profound integrations of artificial intelligence (AI) into everyday life. Novelty gadgets or remote-controlled devices no longer define modern intelligent living spaces; instead, they are recognized as cognitive ecosystems capable of perceiving environmental and behavioral cues; learning from routine patterns; … [Read more...] about Smart assisted living: A data-centric and machine learning approach to intelligent home systems
Effectiveness of an Internet of Things-based smart farming workshop model for enhancing science, technology, mathematics, and engineering awareness and seeding
Science, technology, engineering, and mathematics (STEM) education plays a fundamental role in achieving the 17 United Nations Sustainable Development Goals. STEM education awareness can be enhanced through engaging workshops that allow students to appreciate how the Internet of Things (IoT) can be applied to increase convenience and productivity in daily tasks and in industry. … [Read more...] about Effectiveness of an Internet of Things-based smart farming workshop model for enhancing science, technology, mathematics, and engineering awareness and seeding