The space environment's hostility requires that the processors used in spacecraft be
designed using fault tolerance techniques to reduce the propagation of errors. In this …

The number of memory faults operating in radiation environments increases with the
electronic device miniaturization. One-dimensional (1D) Error Correction Codes (ECCs) are …

The radiation in harsh environments affects electronic systems, inducing permanent and
temporary errors. These effects lead to unpredictable behaviors detrimental to critical …

One of the most difficult data flow errors to detect caused by single-event upsets in space
radiation is the Silent Data Corruption (SDC). To solve the problem of multi-bit upsets …

Space-based applications are susceptible to the effects of energetic particles, resulting in
single-event effects (SEEs). This vulnerability becomes critical during a solar particle event …

Abstract The Micro-Programmed Control Unit (MPCU) offers an alternative to conventional
hardwired control circuits by employing a control store for transmitting control signals …

MBU is an increasing challenge in SRAM memory, due to the chip's large area of SRAM,
and supply power scaling applied to reduce static consumption. Powerful ECCs can cope …

Branch prediction structures are increasingly used in space processors due to their crucial
role in improving processor performance. Due to radiation effects such as Single Event …

The diversity of nanosatellite applications is increasingly attracting the scientific community's
attention. The main component of these satellites is the OnBoard Computer (OBC), which is …

In the pursuit of enhancing the technological maturity of innovative magnetic sensing
techniques, opportunities presented by in-orbit platforms (IOD/IOV experiments) provide a …