This paper describes the design and implementation of a distributed object-oriented Design Rule Checker (DRC). The majn focus is on the methodology employed to implement this distributed application. Code reusability is achieved using an 00 approach, making objects available for other tools, such as circuit extractor. The paper also addresses the application of design pattems, which produce loosely coupled elements, facilitating the jntegration of system modules
The development of a theoretical basis for a technology-independent, false-error free, hierarchical ...
Design patterns are a topic of great current interest within the object-oriented programming communi...
Design Rules (DRs) are the biggest design-relevant quality metric for a technology. Even small chang...
VLSI algorithms are complex, dynamic, specialized demanding CPU and memory. To support such dynamic ...
Submitted by Elaine Almeida (elaine.almeida@nce.ufrj.br) on 2017-05-12T12:58:04Z No. of bitstreams:...
In this paper we provide a distributed solution to perform Design Rule Checking (DRC) of a layout by...
Microelectronics tools tend to consume large amounts of memory and processor time. When circuit size...
This thesis describes a new approach to the problem of Geometrical Design Rule Checking (DRC). Previ...
A program implementing a novel approach to layout verification is presented. The approach uses topol...
A Fortran Coded Design Rule Checker was written to analyze the output file of the RIT Integrated Cir...
The halo algorithm, a novel and efficient algorithm for hierarchical design-rule checking (DRC) has ...
abstract: Implementing a distributed algorithm is more complicated than implementing a non-distribut...
Previous efforts to build hardware accelerators for VLSI layout Design Rule Checking (DRC) were hobb...
This paper describes an IC layout methodology based on arbitrary outline cells, prevention of overla...
Design rules in an integrated circuit layout are a set of constraints on the feature size and dimens...
The development of a theoretical basis for a technology-independent, false-error free, hierarchical ...
Design patterns are a topic of great current interest within the object-oriented programming communi...
Design Rules (DRs) are the biggest design-relevant quality metric for a technology. Even small chang...
VLSI algorithms are complex, dynamic, specialized demanding CPU and memory. To support such dynamic ...
Submitted by Elaine Almeida (elaine.almeida@nce.ufrj.br) on 2017-05-12T12:58:04Z No. of bitstreams:...
In this paper we provide a distributed solution to perform Design Rule Checking (DRC) of a layout by...
Microelectronics tools tend to consume large amounts of memory and processor time. When circuit size...
This thesis describes a new approach to the problem of Geometrical Design Rule Checking (DRC). Previ...
A program implementing a novel approach to layout verification is presented. The approach uses topol...
A Fortran Coded Design Rule Checker was written to analyze the output file of the RIT Integrated Cir...
The halo algorithm, a novel and efficient algorithm for hierarchical design-rule checking (DRC) has ...
abstract: Implementing a distributed algorithm is more complicated than implementing a non-distribut...
Previous efforts to build hardware accelerators for VLSI layout Design Rule Checking (DRC) were hobb...
This paper describes an IC layout methodology based on arbitrary outline cells, prevention of overla...
Design rules in an integrated circuit layout are a set of constraints on the feature size and dimens...
The development of a theoretical basis for a technology-independent, false-error free, hierarchical ...
Design patterns are a topic of great current interest within the object-oriented programming communi...
Design Rules (DRs) are the biggest design-relevant quality metric for a technology. Even small chang...