Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  develop an evaluation framework to assess the potential benefits of feature-level heterogeneous integration (HGI) in nanoscale VLSI circuits.  study, for the first time, the impact of HGI on circuit delay, layout area, and por by comparing the integration of 15-nm InGaAs and Ge FinFETs via nanotransfer printing with the baseline Si-only FinFET technology. To properly account for the performance, por, and area tradeoffs,  perform comprehensive evaluations, including synthesis, placement, and routing of digital circuit benchmarks.  show the circuits designed with an HGI exhibit lor delay and por due to improved device performance at the cost of larger area induced by misalignment errors.  also demonstrate that the HGI misalignment area penalties can be drastically reduced using posttransfer fin trimming. Our findings provide substantial motivation for industry to explore HGI as a technology route for the post-Si era.
['Greg Leung', 'Shaodi Wang', 'Andrew Pan', 'Puneet Gupta', 'Chi On Chui']
I am writing a research paper on a idea An Evaluation Framework for Nanotransfer Printing-Based Feature-Level Heterogeneous Integration in VLSI Circuits
[{"from": "human", "value": "I am writing a research paper on a idea An Evaluation Framework for Nanotransfer Printing-Based Feature-Level Heterogeneous Integration in VLSI Circuits"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  develop an evaluation framework to assess the potential benefits of feature-level heterogeneous integration (HGI) in nanoscale VLSI circuits.  study, for the first time, the impact of HGI on circuit delay, layout area, and por by comparing the integration of 15-nm InGaAs and Ge FinFETs via nanotransfer printing with the baseline Si-only FinFET technology. To properly account for the performance, por, and area tradeoffs,  perform comprehensive evaluations, including synthesis, placement, and routing of digital circuit benchmarks.  show the circuits designed with an HGI exhibit lor delay and por due to improved device performance at the cost of larger area induced by misalignment errors.  also demonstrate that the HGI misalignment area penalties can be drastically reduced using posttransfer fin trimming. Our findings provide substantial motivation for industry to explore HGI as a technology route for the post-Si era."}]