Fault-tolerant digital circuit design is a critical area of research aimed at ensuring the reliability and performance of electronic systems, especially in environments where errors can occur due ...

Abstract: This chapter details the design process for a fault‐tolerant converter for grid‐tied photovoltaic (PV) system applications. It is very crucial to understand the fault‐tolerant design process ...

A well thought control system design is to make some suitable trade-offs between these two specifications. In the fault tolerant control system design, the designed controller will guarantee the ...

Research team led by Minyi Guo develops a novel fault tolerance framework for deep learning that optimizes checkpointing by ...

Fault tolerance can help data pipelines to handle data loss, corruption, duplication, inconsistency, or latency. To design fault-tolerant data pipelines, a combination of strategies is key.

Scalability is the ability of a system to handle increasing or decreasing workload without compromising its performance, quality, or functionality. A scalable system can scale up or down by adding ...

Abstract: Advances in semiconductor memory technology towards higher-density and higher-performance memory chips have created new reliability challenges for the memory system designer. An example ...