Fault management in digital chips is a crucial aspect of functional safety. Significant work
has been done on gate and microarchitecture level triple modular redundancy, and on …

Functional safety is a key requirement in several application domains in which microprocessors
are an essential part. A number of redundancy techniques have been developed with …

Computation-intensive kernels, such as convolutions, matrix multiplication, and Fourier
transform, are fundamental to edge-computing AI, signal processing, and cryptographic …

The assessment of noise margins and the related probability of failure in digital cells has
growingly become essential, as nano-scale MOSFET and FinFET technologies are confronting …

Fault tolerance is a key requirement in several application domains of embedded processors
cores. In a wide variety of applications, however, a full protection against faults occurring in …

High-performance embedded systems with powerful processors, specialized hardware
accelerators, and advanced software techniques are all key technologies driving the growth of …

Internet-of-Things end-nodes demand low power processing platforms characterized by
heterogeneous dedicated units, controlled by a processor core running multiple control threads. …

Logic-level estimators of leakage currents, in nanoscale standard-cell-based designs, are
relevant for the dramatic speed advantage with respect to analog SPICE-level simulation. We …

Introducing Fault Tolerance (FT) in designs implemented with commercial-off-the-shelf (COTS)
components, such as FPGAs, is very interesting because they are orders of magnitude …

Interleaved multi-threaded architectures (IMT) have proven to be an advantageous solution
to maximize the pipeline utilization, when it comes to executing parallel applications, as …