Using 3D simulations of statistical ensembles of unprecedented size, we have studied statistical threshold voltage variations induced by the combined effects of random dopants and line edge roughness in a state of the art 35 nm MOSFET. Statistical samples of 10<sup>5</sup> microscopically different transistors have been simulated. Based on careful statistical analysis of the simulation results we have developed statistical enhancement techniques, which deliver a high degree of statistical accuracy at a greatly reduced computational cost
A comprehensive three-dimensional (3-D) statistical simulation study of the distribution of fraction...
Statistical variability is a critical challenge to scaling and integration, affecting performance, l...
The importance of intrinsic fluctuations to the next generation of CMOS circuits has renewed interes...
Intrinsic parameter fluctuations have become a serious obstacle to the continued scaling of MOSFET d...
We study, in detail, statistical threshold voltage variability in a state of the art n-channel MOSFE...
Intrinsic parameter fluctuations have become a very important problem for the scaling and integratio...
In this paper, using computationally intensive 3-D simulations in a grid computing environment, we p...
Using the Glasgow "atomistic" simulator, we have performed 3-D statistical simulations of random-dop...
n this paper, using three-dimensional statistical numerical simulations, the authors study the intri...
A three-dimensional (3-D) 'atomistic' simulation study of random dopant induced threshold voltage lo...
Previously published 3D simulations of 10<sup>5</sup> statistical samples have shown dis...
In this paper, we examine, in more detail, the strong correlation between the distribution of thresh...
Semiconductor device performance variation due to the granular nature of charge and matter has becom...
Parameter uctuations found in ultrasmall devices are generally associated with discrete random dopan...
We have studied the detailed threshold voltage distribution in a state-of-the-art n-channel MOSFET i...
A comprehensive three-dimensional (3-D) statistical simulation study of the distribution of fraction...
Statistical variability is a critical challenge to scaling and integration, affecting performance, l...
The importance of intrinsic fluctuations to the next generation of CMOS circuits has renewed interes...
Intrinsic parameter fluctuations have become a serious obstacle to the continued scaling of MOSFET d...
We study, in detail, statistical threshold voltage variability in a state of the art n-channel MOSFE...
Intrinsic parameter fluctuations have become a very important problem for the scaling and integratio...
In this paper, using computationally intensive 3-D simulations in a grid computing environment, we p...
Using the Glasgow "atomistic" simulator, we have performed 3-D statistical simulations of random-dop...
n this paper, using three-dimensional statistical numerical simulations, the authors study the intri...
A three-dimensional (3-D) 'atomistic' simulation study of random dopant induced threshold voltage lo...
Previously published 3D simulations of 10<sup>5</sup> statistical samples have shown dis...
In this paper, we examine, in more detail, the strong correlation between the distribution of thresh...
Semiconductor device performance variation due to the granular nature of charge and matter has becom...
Parameter uctuations found in ultrasmall devices are generally associated with discrete random dopan...
We have studied the detailed threshold voltage distribution in a state-of-the-art n-channel MOSFET i...
A comprehensive three-dimensional (3-D) statistical simulation study of the distribution of fraction...
Statistical variability is a critical challenge to scaling and integration, affecting performance, l...
The importance of intrinsic fluctuations to the next generation of CMOS circuits has renewed interes...