The invention proposes a novel biasing technique that adjusts automatically to compensate for process and temperature variations, thereby stabilizing resistance and current references on-chip.

The invention presents a method for segmenting cricket videos by analyzing video frames to detect and map contents, categorizing the video into segments based on content positions, and using color histograms and shape features for further classifi

This invention introduces an ultra-low noise amplifier designed to enhance the detection of weak biological signals, like those from the brain or during fetal monitoring.

The invention aims to improve the accuracy of signal acquisition systems, particularly in biomedical applications, by dynamically compensating for impedance mismatches between electrodes and skin interfaces.

This invention introduces a new type of electronic circuit, a current-mode CMOS voltage reference, which provides a stable and reliable voltage output despite changes in manufacturing, power supply, and temperature.

The invention disclosed is a latch designed to withstand single event soft errors (SEs), particularly in digital circuits vulnerable to transient faults caused by cosmic rays or alpha particles.

The invention is an apparatus designed for data sensing, specifically tailored for agricultural applications.

The designed technology introduces an implantable Flow Streamliner to improve pulmonary blood flow circulation in patients who are required to undergo or have already undergone a Total Cavo-Pulmonary Connection (TCPC).

This invention introduces an innovative method for Look Up Table (LUT) based modeling of circuits, enhancing accuracy by incorporating frequency-dependent behaviors through auxiliary circuits.

This invention is a low-cost, low-power wireless system designed to monitor vital health signs like heart activity (ECG) and blood oxygen levels (SpO2) remotely.