rus
Nanotechnology
Equipment for nanoindustry
A.Y.Chistiakov, M.A.Zapletina
EXPERIENCE OF APPLICATION OF CATBOOST OPEN-SOURCE GRADIENT BOOSTING LIBRARY FOR ROUTING STAGE WITHIN FPGA PHYSICAL SYNTHESIS https://doi.org/10.22184/1993-8578.2026.19.1.80.88.
A model for predicting routing time has been developed, forming the core of a software module for tuning input parameters to accelerate the routing stage using the X-CAD computer-aided design tool for implementing digital circuits on FPGAs. Computational experiments demonstrated a reduction of routing solution generation time by an average of 1.5 times for the 5510TS028 FPGA.
EXPERIENCE OF APPLICATION OF CATBOOST OPEN-SOURCE GRADIENT BOOSTING LIBRARY FOR ROUTING STAGE WITHIN FPGA PHYSICAL SYNTHESIS https://doi.org/10.22184/1993-8578.2026.19.1.80.88.
A model for predicting routing time has been developed, forming the core of a software module for tuning input parameters to accelerate the routing stage using the X-CAD computer-aided design tool for implementing digital circuits on FPGAs. Computational experiments demonstrated a reduction of routing solution generation time by an average of 1.5 times for the 5510TS028 FPGA.
Tags: digital circuits fpga routing x-cad computer-aided design плис сапр х-cad трассировка цифровые схемы
Nanomaterials
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