Add to ORKGApproximate and error tolerant circuits are a radical new approach to trade calculation accuracy for better speed, power, area and yield. The IcySoC project platform revisits low-power and low-voltage VLSI design through a cross-layer combined inexact design framework
The desire to have smaller and faster portable devices is one of the primary motivations for technol...
While technology scaling has enabled the design of complex information systems, uncertainty in the V...
Efficient low-power operation is critically important for the success of the next-generation signal ...
The demand for richer services, multifunctional portable devices and high data rates can be only env...
The slowdown of Moore's law, which has been the driving force of the electronics industry over the l...
Energy-efficiency is a critical concern for many systems, ranging from Internet of things objects an...
The IC industry is facing several major barriers at sub-65nm process nodes due to higher levels of i...
In this dissertation, novel methodologies for designing energy-efficient hardware systems that deliv...
A primary design goal for VLSI systems is to achieve low energy consumption while maintaining high p...
Adaptive circuit design technique and error-tolerant computing have both been suggested as potential...
Approximate Computing trades off computation accuracy against performance or energy efficiency. It i...
Inexact Circuits or circuits in which accuracy of the output can be traded for cost (energy, delay a...
Graduation date: 2014Energy consumption is one of the primary bottlenecks to both large and small sc...
Efficient power management is becoming increasingly important with the rapid growth of portable, wir...
2011-09-14As VLSI technology node scales to nano-scale, dramatic improvements in most attributes of ...
The desire to have smaller and faster portable devices is one of the primary motivations for technol...
While technology scaling has enabled the design of complex information systems, uncertainty in the V...
Efficient low-power operation is critically important for the success of the next-generation signal ...
The demand for richer services, multifunctional portable devices and high data rates can be only env...
The slowdown of Moore's law, which has been the driving force of the electronics industry over the l...
Energy-efficiency is a critical concern for many systems, ranging from Internet of things objects an...
The IC industry is facing several major barriers at sub-65nm process nodes due to higher levels of i...
In this dissertation, novel methodologies for designing energy-efficient hardware systems that deliv...
A primary design goal for VLSI systems is to achieve low energy consumption while maintaining high p...
Adaptive circuit design technique and error-tolerant computing have both been suggested as potential...
Approximate Computing trades off computation accuracy against performance or energy efficiency. It i...
Inexact Circuits or circuits in which accuracy of the output can be traded for cost (energy, delay a...
Graduation date: 2014Energy consumption is one of the primary bottlenecks to both large and small sc...
Efficient power management is becoming increasingly important with the rapid growth of portable, wir...
2011-09-14As VLSI technology node scales to nano-scale, dramatic improvements in most attributes of ...
The desire to have smaller and faster portable devices is one of the primary motivations for technol...
While technology scaling has enabled the design of complex information systems, uncertainty in the V...
Efficient low-power operation is critically important for the success of the next-generation signal ...