Add to ORKGSelf-timed multipliers, designed using the delay-insensitive null convention logic (NCL) paradigm, were analyzed. NCL require less power, generate less noise, produce less electromagnetic interference, and allow easier reuse of components. Simulation results show a large variance in circuit performance in terms of power, area, and speed. NCL paradigm also represent bit-serial, iterative, and fully parallel multiplication architectures. They reduce the effort required to ensure correct operation under all timing scenarios, compared to equivalent synchronous designs
In this work, we use static and semi-static versions of NULL Convention Logic (NCL) primitives (i.e....
The increasing power consumption in the synchronous circuits is the major concern in the semiconduct...
This paper focuses on implementing a 2s complement 8x8 dual-rail bit-wise pipelined multiplier using...
This thesis focuses on design and characterization of arithmetic circuits, such as multipliers and A...
Approaches for maximizing throughput of self-timed multiply-accumulate units (MACs) are developed an...
ARTICLE IN PRESS Self-timed logic design methods are developed using Threshold Combinational Reducti...
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...
Approaches for maximizing throughput of self-timed multiply-accumulate units (MACs) are developed an...
Approaches for maximizing throughput of self-timed multiply-accumulate units (MACs) are developed an...
The delay-insensitive Null Convention Logic (NCL) as one of innovative asynchronous logic design met...
NULL Convention Logic (NCL) provides an asynchronous design methodology employing dual-rail signals,...
As clock skew and power consumption become major challenges in deep submicron design of synchronous ...
Delay-insensitive asynchronous circuits have been the target of a renewed research effort because of...
In this work, we use static and semi-static versions of NULL Convention Logic (NCL) primitives (i.e....
The increasing power consumption in the synchronous circuits is the major concern in the semiconduct...
This paper focuses on implementing a 2s complement 8x8 dual-rail bit-wise pipelined multiplier using...
This thesis focuses on design and characterization of arithmetic circuits, such as multipliers and A...
Approaches for maximizing throughput of self-timed multiply-accumulate units (MACs) are developed an...
ARTICLE IN PRESS Self-timed logic design methods are developed using Threshold Combinational Reducti...
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...
Approaches for maximizing throughput of self-timed multiply-accumulate units (MACs) are developed an...
Approaches for maximizing throughput of self-timed multiply-accumulate units (MACs) are developed an...
The delay-insensitive Null Convention Logic (NCL) as one of innovative asynchronous logic design met...
NULL Convention Logic (NCL) provides an asynchronous design methodology employing dual-rail signals,...
As clock skew and power consumption become major challenges in deep submicron design of synchronous ...
Delay-insensitive asynchronous circuits have been the target of a renewed research effort because of...
In this work, we use static and semi-static versions of NULL Convention Logic (NCL) primitives (i.e....
The increasing power consumption in the synchronous circuits is the major concern in the semiconduct...
This paper focuses on implementing a 2s complement 8x8 dual-rail bit-wise pipelined multiplier using...