Field Programmable Gate Array (FPGA) is a general purpose programmable logic device
that can be configured by a customer after manufacturing to perform from a simple logic gate …

Prior works typically conducted the fault analysis of neural network accelerator computing
arrays with simulation and focused on the prediction accuracy loss of the neural network …

Circuits in harsh environments, as space, tend to suffer severe problems caused by
radiation. In this scenario, where the behavior of the system can be jeopardized, it is critical …

In this paper, a methodology to perform automatic selective TMR insertion on digital circuits
is presented, having as a constraint the required reliability level. Such reliability is …

Integrating FPGAs with a general purpose computer remains difficult, but recent efforts have
resulted in open frameworks that offer a software API and hardware interface to allow easier …

By technology down scaling in nowadays digital circuits, their sensitivity to radiation effects
increases, making the occurrence of soft errors more probable. As a consequence, soft error …

In this paper, we have proposed a fast and easy-to-develop FPGA-based fault injection
technique. This technique uses the Altera FPGAs debugging facilities in order to inject SEU …

Soft processors are increasingly used on SRAM-based FPGAs for reliable computing
systems. In a radiation environment like space, the configuration memory used to configure …

In the paper, the SEU simulation framework for testing fault tolerant system designs
implemented into FPGA is presented. The framework is based on SEU generation outside …

Evaluating the resilience of a given circuit against adverse effects, such as radiation-induced
single event upsets, is a complex and frequently time-demanding task. For Field …