Recent Trends in Sensor Research & Technology

This review presents a practical architecture for applying large language models and multimodal artificial intelligence to human fitness while preserving the roles of wearable sensing, evidence-based exercise guidance and human oversight.

In this project, we create a bionic arm that mimics natural hand movements using Arduino Uno. The arm consists of five fingers, each controlled by a servo motor. We use EMG sensors to detect muscle signals, allowing precise control of the hand

Electrical poles play a significant role in the generation and distribution of electric power; however, these poles are vulnerable to numerous electrical and environmental hazards, including leakage current, overheating, smoke, heavy rain, or tilting.

This review examines twenty research papers on artificial intelligence (AI), Internet of Things (IoT), condition monitoring, fault diagnosis and predictive maintenance, with emphasis on their relevance to electrical safety.

This review presents an accessible architecture for an IoT-based smart agriculture system that combines field sensors, low-power embedded electronics, wireless communication, cloud or edge data processing, farmer dashboards, and guarded actuation.

This research provides an ultra-low-latency intelligent control framework for wireless assistive wheelchair movement through single-channel surface electromyography (sEMG) and the ESP-NOW communication technology.