Add to ORKGAbstract: This paper presents state space closed forms and transfer function recursive algorithms for evenly distributed RC interconnect models and their even length-order (ELO) model reduction. The closed-forms have a computation complexity O(1). The characteristics of the ELO model simplification to its original model are revealed. It is shown that extremely high-order RC interconnects can be accurately approximated only by a tenth or higher order ELO model. The order may be reduced further when external ports are included and dominated. The results are useful to VLSI interconnect model reduction and design, and to control systems with a distributed transmission line. Copyright © 2005 IFA
This work will present a method for the efficient description of a large number of independent sourc...
In this paper, a novel algorithm for creating efficient reduced-order macromodels from massively cou...
Model order reduction of electrical networks plays a key role in accelerating circuit simulations. T...
Mathematical models of VLSI RLC interconnects typically involve a large number of variables. Direct ...
As operating frequency increases and device sizes shrink, the complexity of current state-of-the-art...
Abstract—The analysis and simulation of effects induced by intercon-nects become increasingly import...
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A computationally efficient, discrete model is presented for transmission line analysis and passive ...
With the increasing operating frequencies and functionality in modern designs, the resulting size of...
technique for RLC interconnects, a technique needed when the intercon-nect circuit parameters change...
Model order reduction (MOR) is an efficient technique to reduce the complexity of dynamical systems ...
With the advent of high speed interconnects, signal integrity issues resulting from incident electr...
In this paper we present a passive reduced order modeling algorithm for linear multiport interconnec...
CAD tools and research in the area of reduced-order modeling of large linear interconnect networks h...
CAD tools and research in the area of reduced-order modeling of large linear interconnect networks h...
This work will present a method for the efficient description of a large number of independent sourc...
In this paper, a novel algorithm for creating efficient reduced-order macromodels from massively cou...
Model order reduction of electrical networks plays a key role in accelerating circuit simulations. T...
Mathematical models of VLSI RLC interconnects typically involve a large number of variables. Direct ...
As operating frequency increases and device sizes shrink, the complexity of current state-of-the-art...
Abstract—The analysis and simulation of effects induced by intercon-nects become increasingly import...
The trend of increasing operating frequency and decreasing device size is pushing the...
A computationally efficient, discrete model is presented for transmission line analysis and passive ...
With the increasing operating frequencies and functionality in modern designs, the resulting size of...
technique for RLC interconnects, a technique needed when the intercon-nect circuit parameters change...
Model order reduction (MOR) is an efficient technique to reduce the complexity of dynamical systems ...
With the advent of high speed interconnects, signal integrity issues resulting from incident electr...
In this paper we present a passive reduced order modeling algorithm for linear multiport interconnec...
CAD tools and research in the area of reduced-order modeling of large linear interconnect networks h...
CAD tools and research in the area of reduced-order modeling of large linear interconnect networks h...
This work will present a method for the efficient description of a large number of independent sourc...
In this paper, a novel algorithm for creating efficient reduced-order macromodels from massively cou...
Model order reduction of electrical networks plays a key role in accelerating circuit simulations. T...