With scanning approaches of low complexity, the 2-D resistive sensor arrays (RSAs) are
used to extract the distribution of sensed variable values (eg, physical pressure) over the …

Dexterity in robotic hands is not enough to cover the demands for more flexibility in the
manufacturing process. Specifically, processes that involve cooperation or learning from …

Completely eliminating crosstalk effect is the most important challenge when reading a
resistive sensor array with M rows and N columns. It may require complex electronics …

Sensor arrays are widely used to extract the distribution of variables in large sensing areas
or collect multi-degree-of-freedom data. In this paper, we propose adaptive resistance matrix …

One of the most efficient ways to connect a resistive sensor array is using columns and rows
in a 2-D structure. The main problem in this implementation is crosstalk appearing due to …

One advantage of a resistive sensor array (RSA) with shared rows (M) and shared columns
(N) is the reduced number of wires from M× N+ 1 to M+ N which can greatly lessen the …

Resistive sensor arrays are formed by a large number of individual sensors which are
distributed in different ways. This paper proposes a direct connection between an FPGA and …

The most efficient way to carry out the reading of a set of resistive sensors is to organize
them in an array form. This reduces the number of wires to the sum of the number of rows, M …

Crosstalk between the sensor element to be read and the other sensor elements in the
sensor matrix constitutes a critical problem in reading passive matrix resistive sensors …

2-D resistive sensor arrays (RSAs) appear in many applications to measure physical
quantities in a surface. However, they suffer from a crosstalk problem when the simplest …