Parasitic Elements Simulation

Cham, Kit Man; Oh, Soo‐Young; Moll, J.L.; Lee, Keunmyung; Voorde, Paul Vande; Chin, Daeje

doi:10.1007/978-1-4613-1695-4_5

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The Cscmdo 3-d Volume Grid Generator1

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1997

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“…49 These codes are used in the context of simulating capacitance and thermal properties of devices as well as on-chip/off-chip interconnects. They were also incorporated into the Raphael TM capacitance extraction software that is marketed by TMA (Technology Modeling Associate) Inc. FCAP2 consists of 7680 lines of ANSI-C code.…”

Section: The Cscmdo 3-d Volume Grid Generatormentioning

confidence: 99%

ADIC: an extensible automatic differentiation tool for ANSI-C

Bischof

Roh

Mauer-Oats

1997

Softw: Pract. Exper.

126

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In scientific computing, we often require the derivatives @f=@x of a function f expressed as a program with respect to some input parameter(s) x, say. Automatic Differentiation (AD) techniques augment the program with derivative computation by applying the chain rule of calculus to elementary operations in an automated fashion. This article introduces ADIC (Automatic Differentiation of C), a new AD tool for ANSI-C programs. ADIC is currently the only tool for ANSI-C that employs a source-to-source program transformation approach; that is, it takes a C code and produces a new C code that computes the original results as well as the derivatives. We first present ADIC 'by example' to illustrate the functionality and ease of use of ADIC and then describe in detail the architecture of ADIC. ADIC incorporates a modular design that provides a foundation for both rapid prototyping of better AD algorithms and their sharing across AD tools for different languages.

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Section: The Cscmdo 3-d Volume Grid Generatormentioning

confidence: 99%