In this article, we discuss design constraints to characterize efficient error recovery mechanisms for the NoC design environment. We explore error control mechanisms at the data link and network layers and present the schemes' architectural details. We investigate the energy efficiency, error protection efficiency, and performance impact of various error recovery mechanisms
High reliability against noise, high performance, and low energy consumption are key objectives in t...
As technology scales, fault tolerance is becoming a key concern in on-chip communication. Consequent...
Recently Machine Learning (ML) accelerator has grown into prominence with significant power-performa...
none3Abstract—On-chip interconnection networks for future systems on chip (SoC) will have to deal w...
Thesis (Ph. D.)--University of Rochester. Dept. of Electrical and Computer Engineering, 2011.Reliabi...
On-chip interconnection networks for future systems on chip (SoC) will have to deal with the increas...
Technology scaling has proceeded into dimensions in which the reliability of manufactured devices i...
Abstract-We propose a framework that allows Multilayer Adaptive error control in a Noc links,to simu...
The increasingly parallel landscape of embedded computing platforms is bringing the reliability conc...
As technology scales into nanoscale regime, it is impossible to guarantee the perfect hardware desig...
Networks-on-Chip (NoCs) are prone to within-die process variation as they span the whole chip. To to...
High reliability against noise, high performance, and low energy consumption are key objectives in t...
The advent of deep sub-micron technology has exacerbated reliability issues in on-chip interconnects...
Rapid scaling of transistor gate sizes has increased the density of on-chip integration and paved th...
Error correction codes are majorly important to detect and correct occurred errors because of variou...
High reliability against noise, high performance, and low energy consumption are key objectives in t...
As technology scales, fault tolerance is becoming a key concern in on-chip communication. Consequent...
Recently Machine Learning (ML) accelerator has grown into prominence with significant power-performa...
none3Abstract—On-chip interconnection networks for future systems on chip (SoC) will have to deal w...
Thesis (Ph. D.)--University of Rochester. Dept. of Electrical and Computer Engineering, 2011.Reliabi...
On-chip interconnection networks for future systems on chip (SoC) will have to deal with the increas...
Technology scaling has proceeded into dimensions in which the reliability of manufactured devices i...
Abstract-We propose a framework that allows Multilayer Adaptive error control in a Noc links,to simu...
The increasingly parallel landscape of embedded computing platforms is bringing the reliability conc...
As technology scales into nanoscale regime, it is impossible to guarantee the perfect hardware desig...
Networks-on-Chip (NoCs) are prone to within-die process variation as they span the whole chip. To to...
High reliability against noise, high performance, and low energy consumption are key objectives in t...
The advent of deep sub-micron technology has exacerbated reliability issues in on-chip interconnects...
Rapid scaling of transistor gate sizes has increased the density of on-chip integration and paved th...
Error correction codes are majorly important to detect and correct occurred errors because of variou...
High reliability against noise, high performance, and low energy consumption are key objectives in t...
As technology scales, fault tolerance is becoming a key concern in on-chip communication. Consequent...
Recently Machine Learning (ML) accelerator has grown into prominence with significant power-performa...