Anaconda: simulation-based synthesis of analog circuits via stochastic pattern search
R Phelps, M Krasnicki, RA Rutenbar… - … on Computer-Aided …, 2000 - ieeexplore.ieee.org
Analog synthesis tools have traditionally traded quality for speed, substituting simplified
circuit evaluation methods for full simulation in order to accelerate the numerical search for
solution candidates. As a result, these tools have failed to migrate into mainstream use
primarily because of difficulties in reconciling the simplified models required for synthesis
with the industrial-strength simulation environments required for validation. We argue that for
synthesis to be practical, it is essential to synthesize a circuit using the same simulation …
circuit evaluation methods for full simulation in order to accelerate the numerical search for
solution candidates. As a result, these tools have failed to migrate into mainstream use
primarily because of difficulties in reconciling the simplified models required for synthesis
with the industrial-strength simulation environments required for validation. We argue that for
synthesis to be practical, it is essential to synthesize a circuit using the same simulation …
Anaconda: Simulationbased synthesis of analog circuits via stochastic pattern search
RA Rutenbar, GGE Gielen, BA Antao - 2002 - ieeexplore.ieee.org
Analog synthesis tools have traditionally traded quality for speed, substituting simplified
circuit evaluation methods for full simulation in order to accelerate the numerical search for
solution candidates. As a result, these tools have failed to migrate into mainstream use
primarily because of difficulties in reconciling the simplified models required for synthesis
with the industrial-strength simulation environments required for validation. We argue that for
synthesis to be practical, it is essential to synthesize a circuit using the same simulation …
circuit evaluation methods for full simulation in order to accelerate the numerical search for
solution candidates. As a result, these tools have failed to migrate into mainstream use
primarily because of difficulties in reconciling the simplified models required for synthesis
with the industrial-strength simulation environments required for validation. We argue that for
synthesis to be practical, it is essential to synthesize a circuit using the same simulation …
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