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Smart Low Power ECG Patch with Integrated Real Time Cardiac Analytics

This wearable ECG patch offers continuous heart monitoring while fixing common issues with current devices, such as bulky designs, short battery life, and missed data when signals are sent elsewhere for processing. By analyzing data directly on the device, it reduces power use and provides real-time heart rate, HRV, and irregular heartbeat information...

AI-Driven Floor Plan Understanding for Indoor/Outdoor Navigation

This technology enables Vision Language Models to interpret raw floor plan images and generate accurate navigation plans without requiring structured digital maps. By combining visual and text-based reasoning, it allows robots and smart devices to understand spaces directly from images. The result is flexible, scalable navigation that works wherever...

Privacy-Preserving Intelligent Search for Distributed Video Surveillance

This technology lets users search surveillance video in real time using simple descriptions, solving the problem that current systems rely on sending large amounts of video or using biometric tools that are slow and raise privacy concerns. By processing data closer to where it is collected, the system delivers faster results, protects privacy, and uses...

Published: 4/10/2026 Updated: 4/10/2026 Inventor(s): Yu Chen, Seyed yahya Nikouei Keywords(s):   Category(s): Campus > Binghamton University, Technology Classifications, Technology Classifications > Engineering
One-Pot Wonder. Precision-Crafted Nanocrystals, The Power of Platinum Without the Price.

Title: One-Pot Wonder. Precision-Crafted Nanocrystals, The Power of Platinum Without the Price. This invention introduces a one-pot synthesis of Mn-based spinel nanocrystals with {101} facets, delivering high ORR efficiency and durability as a cost-effective, non-platinum catalyst for fuel cells. Background: Platinum-based catalysts dominate proton...

Advanced Nano-Fiber Composite TIM for Ultra-High-Performance Electronics Cooling

This technology solves a major heat problem in modern electronics, where traditional thermal interface materials struggle to move heat away fast enough and carbon-nanotube options are often fragile or hard to manufacture. It uses tiny, well-aligned fibers with protective layers to move heat away quickly while maintaining flexibility, durability, and...