This paper presents a novel approach to predicting self-calibration in a pressure sensor
using a proposed Levenberg Marquardt Back Propagation Artificial Neural Network (LMBP …

The development of smart sensors involves the design of reconfigurable systems capable of
working with different input sensors. Reconfigurable systems ideally should spend the least …

A low cost linearizing circuit is developed, placing the NTC thermistor in a widely used
inverting amplifier circuit using operational amplifier. The performance of the system is …

This paper presents fixed point operation-based Field Programmable Gate Arrays (FPGA)
implementation of Steinhart-Hart Equation (SHHE) for thermistor linearization. FPGA …

In this paper, the architecture of a new analog-to-digital converter (ADC) with a piecewise
linear characteristic (PLADC) is proposed. In this device, some discrete points of the …

The authors present new linearization techniques and introduce novel circuits for second-
and third-order sensor models. Furthermore, a general framework as well as circuit …

In this paper we present a new architecture for a smart sensor interface. It is based on an
oversampled A/D converter associated with a small ROM containing calibration coefficients …

Thanks to their high sensitivity and low-cost, metal oxide gas sensors (MOX) are widely used
in gas detection, although they present well-known problems (lack of selectivity and …

The development of intelligent sensors involves the design of reconfigurable systems
capable of working with different input sensors signals. Reconfigurable systems should …

A novel technique for deriving linearized output for specific types of nonlinear transducers
using a software package is presented. The method has a low storage requirement and is …