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- W4382371099 abstract "On-chip interconnects are very important in both integrated circuits and systems, affecting the signal transmission directly. To design the interconnects with better performance, designers usually rely on the heuristic methods and even rules of thumb with high labor resources. To alleviate this issue, the transfer learning-based deep neural networks (TL-DNN) are proposed to realize inverse and fully-automatic design of the on-chip interconnects. Such TL-DNN-based surrogate model consists of two DNNs. The first DNN is employed to map the performance parameters to the geometric parameters in the equivalent circuit space, where the trained hyper-parameters of the first DNN are transferred to the second DNN model. Further, 300 data sets from the in-house electromagnetic (EM) parallel solver space are generated and used to train the second DNN, with 3000 data sets used for testing. Compared with the DNN-based and deep hybrid neural network (HDNN)-based inverse design methods, the proposed method not only achieves a high testing accuracy (93.67%), but requires only 6.15 hours of modelling time. In addition, the well-trained model has the ability to achieve the desired design specification within a fraction of seconds, compared to the hours-days-weeks of the forward design approach. An elaborate interconnect prototype is fabricated, and its measured results fully satisfy the performance demands. It is expected that the proposed modelling scheme can be used for the design of many interconnects." @default.
- W4382371099 created "2023-06-29" @default.
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- W4382371099 date "2023-06-01" @default.
- W4382371099 modified "2023-09-25" @default.
- W4382371099 title "Inverse Design of On-Chip Interconnect via Transfer Learning-Based Deep Neural Networks" @default.
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- W4382371099 doi "https://doi.org/10.1109/tcpmt.2023.3290413" @default.
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