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In this paper we propose the adjoint Lagrangian method, which computes all the gradients necessary for augmented-Lagrangian-based optimization in a single�...
Abstract. The circuit tuning problem is best approached by means of gradient-based nonlinear optimization algorithms. For.
In addition to traditional adjoint and direct methods we use a technique, called the adjoint Lagrangian method, which computes all the gradients necessary for�...
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This paper presents a circuit optimization tool that automates the tuning task by means of state-of-the-art nonlinear optimization. It makes use of a fast�...
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Oct 3, 2023 � Abstract. In this paper a 3D-topology optimization method in electromagnetism is introduced to design. 3D-magnetic circuits.
This paper presents a circuit optimization tool that automates the tuning task by means of state-of-the-art nonlinear optimization. It makes use of a fast�...
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[PDF] Noise considerations in circuit optimization - Semantic Scholar
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This paper describes a novel method for incorporating noise considerations during automatic circuit optimization by using an augmented Lagrangian�...
Next, the gradients of these integrals are computed by the adjoint method. By using an augmented Lagrangian optimization merit function, the adjoint method is�...
The decap allocation is formulated as a non-linear optimization problem using Lagrangian relaxation, and modified adjoint method is used to efficiently�...
Gradients are typically computed by the circuit simulator. There are two well known methods of computing the gradients, the direct method[8] and the adjoint�...