In this paper we exploit FPGA flexibility in the context of accelerating the solution of many
small systems of linear equations, a problem central to model predictive control (MPC). The …

In the framework of the Clear-PEM project for the construction of a high-resolution scanner
for breast cancer imaging, a very compact and dense frontend electronics system has been …

In nanoscale FPGAs, variability and aging significantly limit performance. In this paper, a
novel aging monitoring methodology for FPGA-based designs to mitigate those effects is …

In this paper, a low cost, stand-alone and configurable data acquisition system with wireless
communication to remote host is presented. The system allows recording up to eight …

The purpose of this paper is to present a novel built-in Clock Domain Crossing (CDC) test
and diagnosis methodology for Globally Asynchronous, Locally Synchronous (GALS) …

In nanoscale FPGAs, variability, aging and radiation effects significantly limit system
performance and reliability, which is a relevant problem in safety-critical applications …

We present a novel architecture for column-based image processing within an integrated
CMOS sensor chip. The system includes a two-dimensional array of active pixel sensors, a …

The objective of this paper is to propose a performance failure prediction methodology for
FPGA-based designs, based on the use of a novel built-in programmable delay sensor …

Based on the high speed and accuracy of ADC and the advantages of USB, this paper is to
design a high-speed and portable data acquisition system based on FPGA and high speed …

The Clear-PEM detector is a positron emission mammography scanner based on a high-
granularity avalanche photodiode readout with 12 288 channels. The front-end sub-system …