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From the 2 of 6 linked papers with an AI index.

collaborators

6 papers

cs.AR2026

SynAct: A Reasoning-Acting Large Language Model Agent for Adaptive Synthesis Optimization

Fangzhou Liu, Peiyi Han, Jiawei Liu +5

Logic synthesis transforms RTL designs into gate-level netlists, where PPA results are highly sensitive to the choice of optimization commands, making synthesis tuning both high-di…

cs.AI2026

AgenticECO: An Agentic Framework for ECO on 3D Integrated Circuits

Shuo Ren, Yaohui Han, Libo Shen +4

As Moore's law slows, the industry is turning to three-dimensional integration; yet in merged 3D-IC flows, routed designs expose bond-level defects with no 2D analogue, and post-ro…

cs.CE2026

CSCO: A Backside-PDN-Aware Clock-Signal Co-Optimization Framework for Improved PPA

Zixiao Wang, Leilei Jin, Zhen Zhuang +2

The paper presents CSCO, a data‑driven framework that jointly allocates limited backside power‑delivery network resources between clock and signal nets to improve power, performanc…

cs.AR2026

CLIP-3D: Closed-Loop Evaluation of Performance and Physical Constraints for 3D ICs

Shuo Ren, Libo Shen, Yaohui Han +6

The paper introduces CLIP-3D, a methodology that integrates power, cache, and thermal models with architectural simulation to evaluate the performance and physical constraints of 3…

cs.AI2026

AgenticPD: A Stage-Aware Agentic Framework for Physical Design QoR Optimization

Shuo Ren, Zijin Cheng, Yaohui Han +7

Physical design quality-of-results~(QoR) optimization is hard and expensive. Choices made at one stage can help or hurt later stages. Each evaluation requires a costly EDA run thro…

cs.AR2026

Chiplet3D: Pin- and Thermal-Aware 3D Chiplet Floorplanning via Convolution-Embedded MILP

Shuo Ren, Libo Shen, Yaohui Han +4

As traditional Moore's Law scaling slows down, 3D-ICs stack multiple active dies vertically to sustain performance scaling. However, this vertical stacking traps heat inside, makin…