Add to ORKGA Multi-Threshold CMOS NULL Convention Logic asynchronous circuit (MTNCL) is described. The MTNCL circuit provides delay-insensitive logic operation with significant leakage power and active energy reduction. This circuit is also capable of functioning properly under extreme supply voltage scaling down to the sub-threshold region for further power reduction. Four MTNCL architectures and four MTNCL threshold gate designs offer an asynchronous logic design methodology for glitch-free, ultra-low power, and faster circuits without area overhead
As clock skew and power consumption become major challenges in deep submicron design of synchronous ...
Power consumption of integrated circuits has been rapidly increasing over the past decades, and this...
Asynchronous Quasi-Delay-Insensitive (QDI) circuits, especially Null Convention Logic (NCL), has rec...
A Multi-Threshold CMOS NULL Convention Logic asynchronous circuit (MTNCL) is described. The MTNCL ci...
This paper develops an ultra-low power asynchronous circuit design methodology, called Multi-Thresho...
This dissertation proposes an ultra-low power design methodology called bit-wise MTNCL for bit-wise ...
The delay-insensitive Null Convention Logic (NCL) as one of innovative asynchronous logic design met...
This thesis presents an implementation of a method developed to readily convert Boolean designs into...
Multi-Threshold null convention logic (MTNCL) is a commonly used asynchronous paradigm for designing...
The increasing power consumption in the synchronous circuits is the major concern in the semiconduct...
A Static Sleep Convention Logic (SSCL) circuit is described. The circuit improves upon Multi-Thresho...
As digital integrated circuits (ICs) continue to increase in complexity, new challenges arise for de...
Self-timed logic design methods are developed using Threshold Combinational Reduction (TCR) within t...
Self-timed logic design methods are developed using Threshold Combinational Reduction (TCR) within t...
Self-timed properly judgment layout strategies are advanced the usage of Threshold Combinational Red...
As clock skew and power consumption become major challenges in deep submicron design of synchronous ...
Power consumption of integrated circuits has been rapidly increasing over the past decades, and this...
Asynchronous Quasi-Delay-Insensitive (QDI) circuits, especially Null Convention Logic (NCL), has rec...
A Multi-Threshold CMOS NULL Convention Logic asynchronous circuit (MTNCL) is described. The MTNCL ci...
This paper develops an ultra-low power asynchronous circuit design methodology, called Multi-Thresho...
This dissertation proposes an ultra-low power design methodology called bit-wise MTNCL for bit-wise ...
The delay-insensitive Null Convention Logic (NCL) as one of innovative asynchronous logic design met...
This thesis presents an implementation of a method developed to readily convert Boolean designs into...
Multi-Threshold null convention logic (MTNCL) is a commonly used asynchronous paradigm for designing...
The increasing power consumption in the synchronous circuits is the major concern in the semiconduct...
A Static Sleep Convention Logic (SSCL) circuit is described. The circuit improves upon Multi-Thresho...
As digital integrated circuits (ICs) continue to increase in complexity, new challenges arise for de...
Self-timed logic design methods are developed using Threshold Combinational Reduction (TCR) within t...
Self-timed logic design methods are developed using Threshold Combinational Reduction (TCR) within t...
Self-timed properly judgment layout strategies are advanced the usage of Threshold Combinational Red...
As clock skew and power consumption become major challenges in deep submicron design of synchronous ...
Power consumption of integrated circuits has been rapidly increasing over the past decades, and this...
Asynchronous Quasi-Delay-Insensitive (QDI) circuits, especially Null Convention Logic (NCL), has rec...