This innovation provides a method for optimizing noise in an Electrocardiography (ECG) signal.

Electrochemical sensors are widely known sensing devices. The electrochemical sensors are used in application areas including health care, agriculture, and water quality monitoring.

This invention presents an approach to solve complex computational problems, specifically focusing on the "Maximum Cut" problem.

This invention provides a Dual Hybrid Multilevel Converter (DHMC). The DHMC comprises a plurality of converters configured to feed a grid in the DHMC.

This invention provides a Delta Hybrid Modular Multilevel Converter (DHMMC). The DHMMC comprises of at least three primary chain-links and an auxiliary chain-link.

The method and apparatus enable the creation of high aspect ratio structures, which are tall and thin 3D shapes.

This invention introduces a highly efficient current generator designed to produce precise square wave currents across a wide range, from nanoamps to microamps, with minimal noise and improved accuracy.

This invention presents a novel active current source gate driver (ACSD) for improving the switching performance of silicon carbide (SiC) MOSFETs.

This invention is a portable, low-power system designed to accurately measure resistive sensors, which are used in various applications like monitoring pressure, temperature, and soil moisture.

The invention offers point-of-care detection of hemoglobin, including compositions, assays, kits, and devices. Specifically, it provides a liquid-based composition and assay for hemoglobin detection.