Aditya Dalakoti

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With device dimensions reaching their physical limits, there has been a tremendous focus on development of post CMOS technologies. Carbon based transistors, including graphene and carbon nanotubes, are seen as potential candidates to replace traditional CMOS devices. In that, floating gate graphene field effect transistors (F-GFETs) are preferred over dual(More)
Hardware neuromorphic systems are challenged to achieve biologically realistic levels of interconnectivity. When building a physical implementation of a neural net, the properties of the media immediately impose limits on the number of interconnects and available timing options. The design of any system must consider the energy and area costs associated(More)
We present a metric for event detection, targeted for the analysis of CMOS asynchronous serial data links. Our metric is used to analyze signaling strategies that allow for coincident or nearly coincident detection of both data and event timing. The metric predicts that the CMOS link signaling mechanism has substantial implicit dispersion and inter-symbol(More)
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