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Design Automation and Evaluation Of Emerging 3D – IC Technology Using Stacked Horizontal Nanowires
(University of Missouri -- Kansas City, 2018)
Miniaturization of integrated circuits (ICs) has continuously enabled advancement in modern
technology. This miniaturization trend, also known as Moore’s law, needs to be maintained intact to
meet the current day ...
Exploration of 3D Nanoscale Image Sensor to Enable Logic and Sensing in Single Chip
(University of Missouri--Kansas City, 2016)
Nanowire photodetectors have been attracting and gained increased attention due to their
potential for very high sensitivity detection. Silicon photodetectors are of particular interest
due to their low cost, ease of ...
Challenges and solutions for large-scale integration of emerging technologies
(2021)
The semiconductor revolution so far has been primarily driven by the ability to shrink devices and interconnects proportionally (Moore's law) while achieving incremental benefits. In sub-10nm nodes, device scaling reaches ...
Crosstalk computing: circuit techniques, implementation and potential applications
(2020)
This work presents a radically new computing concept for digital Integrated Circuits (ICs), called Crosstalk Computing. The conventional CMOS scaling trend is facing device scaling limitations and interconnect bottleneck. ...
Design and practical realization of polymorphic crosstalk circuits using 65nm TSMC PDK
(2019)
As the technology node scales down, the coupling capacitance between the adjacent metal lines increases. With an increase in this electrostatic coupling, the unwanted signal interference also increases, which is popularly ...
A novel approach to embedding memory with crosstalk logic circuits for high performance applications
(2021)
One of the essential elements of computing is the memory element. Flip-flops form an integral part of a System-on-Chip (SoC) and consume most of the area on the die. To meet the high-speed performance demands by data-intensive ...