The temperature-dependent dynamics of a negative temperature coefficient (NTC)
thermistor conducting variable electric current is modeled using the differential approach …

Abstract Thermocouples require Cold Junction Compensation (CJC) and are widely used
temperature sensors. These thermocouple types have high nonlinearities and consequently …

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

In this proposed work, temperature sensors, namely, a thermocouple and thermistor were
linearized using deep neural networks. The deep feedforward neural network (DFNN) …

Sensor linearization is an important aspect for enhancing the efficiencies of measuring
systems. Conventional methods use additional circuits and/or software models to achieve …

The paper reports the development of a cost-effective Negative Temperature Coefficient
thermistor-based temperature transducer for embedded systems and for the Internet of …

This paper proposes a transient compensation method for thermistor-based sensors in
constant temperature configuration. The main objective is to use a filtered estimation of the …

Processing physical quantities into an indirect signal is a standard method of transferring
information about the measured quantity to the master system, which analyzes the data …

Most sensors exhibit a non‐linear input–output relationship. Sensor linearity is essential for
the true representation of measurand in modern instrumentation systems. Although several …

Industrial mass flow controllers (MFC) are limited to high-sensitivity measurements. Two
methods for mass fluid flow detection and measurement are presented in this work. The flow …