This paper addresses the problem of distributed event-triggered finite-time H∞ filtering for
switched systems on sensor networks, subject to two-channel network attacks and …

Based on an analysis of the signal characteristics of gas sensors, this work presents a
chemoresistive sensor readout circuit design for detecting gases with slow response time …

This article presents a highly digital robust voltage-controlled oscillator (VCO)-based front
end for multiplexed single-ended resistive sensor readout applications. The architecture …

The SENSIPLUS, a recently introduced versatile sensor interface, is described. The
SENSIPLUS is a single-chip solution that allows a wide variety of operations required by …

This study proposes a chemoresistive gas sensor readout integrated circuit (ROIC) with a
simple and effective scheme for tracking and canceling the sensor offset value. Before …

This article presents a mixture-gas detectable edge-computing device with a generative
learning framework for selectivity and accuracy. Mixture-gas detection capability is enabled …

This study introduces a readout integrated circuit (ROIC) tailored for multi-gas sensor arrays
featuring a proposed baseline calibration scheme aimed at mitigating the issue of sensor …

This article presents two adaptive biasing techniques for comparators to achieve ultralow-
power and high dynamic range in readout circuits for resistive gas sensors. The first …

This paper introduces a single-slope analog-to-digital converter (SS ADC) with an
embedded digital baseline calibration scheme designed to improve the accuracy and …

The distribution of baselines in gas sensors poses a challenge in the readout integrated
circuit (ROIC) design and can lead to reduced signal accuracy. In this study, we introduce a …