Abstract: In advanced optical lithography, it is critical to obtain a mask with high fidelity to a target pattern and strong tolerance to process variation within a short time. This article formulates ...
Abstract: This letter proposes an inverse-free, noise-tolerant neurodynamic approach with a self-adaptive gain for solving time-varying quadratic programming problems (TVQPs). The proposed ...
MPAX is a hardware-accelerated, differentiable, batchable, and distributable solver for mathematical programming in JAX, designed to integrate with modern computational and deep learning workflows: ...
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