A simple but effective technique for timing yield enhancement is presented. The proposed technique tunes circuit timing using dual-mode elements, which are special logic gates that can change delay leakage characteristics at the post-silicon level. In experiments using the ISCAS-85 benchmarks, the proposed technique reduced the timing failure rate by 59.52% on average.X110sciescopu
In nanometer regime, IC designers are struggling between sig-nificant variation effects and tight po...
This paper proposes a technique for creating a combinational logic network with an output that signa...
We propose a timing optimization technique for a complex finite state machine that consists of not o...
In deep sub-micron technologies, process variations can cause significant path delay and clock skew ...
A novel technique for the enhancement of yield and speed of semiconductor integrated circuits using ...
Abstract – In this paper, based on the equivalent circuit of on-track or off-track redundant via ins...
A dual-mode circuit is a circuit that has two operating modes: a default high-performance mode at no...
Dual-Vth technique is a mature and effective method for reducing leakage power consumption. Previous...
Manufacturing process variations, leading to variability in circuit delay, can cause excessive timin...
Driven by the need for faster devices and higher transistor densities, technology trends have pushed...
Achieving a consistently high yield is always a key design objective. However, circuits designed in ...
textTiming analysis is a key sign-off step in the design of today's chips, but technology scaling in...
Several yield and reliability enhancement techniques have been proposed for the compaction, routing ...
We propose a new methodology based on incremental logic restructuring for post-layout performance im...
Timing error is now getting increased attention due to the high rate of error-occurrence on ...
In nanometer regime, IC designers are struggling between sig-nificant variation effects and tight po...
This paper proposes a technique for creating a combinational logic network with an output that signa...
We propose a timing optimization technique for a complex finite state machine that consists of not o...
In deep sub-micron technologies, process variations can cause significant path delay and clock skew ...
A novel technique for the enhancement of yield and speed of semiconductor integrated circuits using ...
Abstract – In this paper, based on the equivalent circuit of on-track or off-track redundant via ins...
A dual-mode circuit is a circuit that has two operating modes: a default high-performance mode at no...
Dual-Vth technique is a mature and effective method for reducing leakage power consumption. Previous...
Manufacturing process variations, leading to variability in circuit delay, can cause excessive timin...
Driven by the need for faster devices and higher transistor densities, technology trends have pushed...
Achieving a consistently high yield is always a key design objective. However, circuits designed in ...
textTiming analysis is a key sign-off step in the design of today's chips, but technology scaling in...
Several yield and reliability enhancement techniques have been proposed for the compaction, routing ...
We propose a new methodology based on incremental logic restructuring for post-layout performance im...
Timing error is now getting increased attention due to the high rate of error-occurrence on ...
In nanometer regime, IC designers are struggling between sig-nificant variation effects and tight po...
This paper proposes a technique for creating a combinational logic network with an output that signa...
We propose a timing optimization technique for a complex finite state machine that consists of not o...