In this paper a new approach to the calculation of the true worst-case in circuit tolerance analysis (TWC-CTA) based on affine arithmetic is presented. The method proposed solves the problem of maximizing the intrinsic overestimation error which affects interval arithmetic methods in the calculation of the TWC in CTA problems with parameters characterized by large tolerances. The joint application of the technique presented in this paper with that one presented in part I for the calculation of an underestimated solution ensures a reliable and efficient TWC evaluatio
Abstract – Reliable methods for the analysis of tolerance-affected analog circuits are of great impo...
Abstract:- In this paper, the authors intend to show how to apply the circuit description in paramet...
Purpose - To introduce an interval arithmetic (IA)-based approach to tolerance analysis and design a...
In this paper a new approach to the calculation of the true worst-case in circuit tolerance analysis...
A new approach to the calculation of the true worst-case in circuit tolerance analysis (TWC-CTA) bas...
New methods for circuits Tolerance and Sensitivity Analysis (TSA) are presented in this paper. Genet...
The ever-increasing impact of uncertainties in electronic circuits and systems is requiring the deve...
The ever-increasing impact of uncertainties in electronic circuits and systems is requiring the deve...
This paper proposes to generate a smart tool that can inherently and effectively capture the results...
This report offers several applications of interval mathematics to linear and nonlinear networks. Th...
In this paper a new approach to the yield evaluation of electronic circuits is presented. It is a di...
Reliable methods for the analysis of tolerance-affected analog circuits are of great importance in n...
A reliable yield evaluation tool, useful for circuit tolerance design, is presented in this paper. I...
Abstract – Reliable methods for the analysis of tolerance-affected analog circuits are of great impo...
Abstract:- In this paper, the authors intend to show how to apply the circuit description in paramet...
Purpose - To introduce an interval arithmetic (IA)-based approach to tolerance analysis and design a...
In this paper a new approach to the calculation of the true worst-case in circuit tolerance analysis...
A new approach to the calculation of the true worst-case in circuit tolerance analysis (TWC-CTA) bas...
New methods for circuits Tolerance and Sensitivity Analysis (TSA) are presented in this paper. Genet...
The ever-increasing impact of uncertainties in electronic circuits and systems is requiring the deve...
The ever-increasing impact of uncertainties in electronic circuits and systems is requiring the deve...
This paper proposes to generate a smart tool that can inherently and effectively capture the results...
This report offers several applications of interval mathematics to linear and nonlinear networks. Th...
In this paper a new approach to the yield evaluation of electronic circuits is presented. It is a di...
Reliable methods for the analysis of tolerance-affected analog circuits are of great importance in n...
A reliable yield evaluation tool, useful for circuit tolerance design, is presented in this paper. I...
Abstract – Reliable methods for the analysis of tolerance-affected analog circuits are of great impo...
Abstract:- In this paper, the authors intend to show how to apply the circuit description in paramet...
Purpose - To introduce an interval arithmetic (IA)-based approach to tolerance analysis and design a...