Space Cyber-Physical Systems such as spacecraft and satellites strongly rely on the
reliability of onboard computers to guarantee the success of their missions. Relying solely …

Processing units are sensitive to the harsh radiation conditions present in space
applications. Thus, radiation testing is a mandatory step toward high reliability for these …

Highly reliable and customizable micro-processors are critical enablers for future intelligent
space platforms. From an architectural point of view, the RISC-V architecture is the current …

Due to their flexibility and openness, the RISC-V ISA and processor architectures have
emerged as notable contenders in various application domains. Their advantages over …

As traditional space-grade computing systems struggle to meet the increasing computational
demands of modern space missions, RISC-V emerges as a promising alternative due to its …

航天电子系统是航天工程型号的“大脑”, 是世界各主要国家竞相发展的核心领域.
作为航天电子系统中最核心的器件, 宇航级处理器直接影响航天型号的性能, 可靠性和安全 …

Single-event effects and hardware security show close similarities in terms of vulnerabilities
and mitigation techniques. Secure processors address physical attacks from the outside …

The RISC-V instruction set architecture (ISA) has garnered significant interest from both
industry and academia because of its open source nature. Recent years have witnessed a …

RISC-V soft processors are attractive for various applications, including mission-critical
ones, thanks to their reduced costs and high flexibility. Despite their growing popularity …

On Assessing the Robustness of RISC-V Soft Cores for Space Systems by Mission-Tailored
SEU Analysis Page 1 1 Abstract— We propose a methodology for evaluating RISCV suitability …