The timing-error-avoidance method continuously modulates a computer-system clock\u27s operating frequency to avoid timing errors even when presented with worst-case scenarios. The timing-error-avoidance prototype provides a circuit and system solution to such problems for synchronous digital systems. TEAtime has demonstrated much better performance than classically designed systems and also adapts well to varying temperature and supply-voltage conditions
Microelectronic scaling has entered into the nanoscale era with tremendous capacity and performance ...
Design and analysis of real-time systems is heavily based on knowing worst-case execution times (WCE...
Critical real-time embedded systems feature complex safety-related, performance-demanding functional...
The timing-error-avoidance method continuously modulates a computer-system clock\u27s operating freq...
Timing error is now getting increased attention due to the high rate of error-occurrence on ...
TEAPC is an IBM/Intel-standard PC realization of the TEAtime performance “maximizing ” adaptive comp...
Although today’s the trends of technology scaling is going to bring higher performance computer syst...
Digital circuits have been traditionally designed to meet the worst PVT conditions to guarantee high...
Timing guardbands act as a barrier protecting conventional processors from circuit-level phenomena l...
Low-power consumption has become an important aspect of processors and systems design. Many techniqu...
[[abstract]]©2008 IEEE-Delay variation can cause a design to fail its timing specification. Ernst in...
The operating clock frequency is determined by the longest signal propagation delay, setup/hold time...
To provide reliable execution, traditional design methodologies perform timing error avoidance. Wors...
Uniprocessor designs have always assumed worst-case operating conditions to set the operating clock ...
Nearly every synchronous digital circuit today is de-signed with timing margins. These timing margin...
Microelectronic scaling has entered into the nanoscale era with tremendous capacity and performance ...
Design and analysis of real-time systems is heavily based on knowing worst-case execution times (WCE...
Critical real-time embedded systems feature complex safety-related, performance-demanding functional...
The timing-error-avoidance method continuously modulates a computer-system clock\u27s operating freq...
Timing error is now getting increased attention due to the high rate of error-occurrence on ...
TEAPC is an IBM/Intel-standard PC realization of the TEAtime performance “maximizing ” adaptive comp...
Although today’s the trends of technology scaling is going to bring higher performance computer syst...
Digital circuits have been traditionally designed to meet the worst PVT conditions to guarantee high...
Timing guardbands act as a barrier protecting conventional processors from circuit-level phenomena l...
Low-power consumption has become an important aspect of processors and systems design. Many techniqu...
[[abstract]]©2008 IEEE-Delay variation can cause a design to fail its timing specification. Ernst in...
The operating clock frequency is determined by the longest signal propagation delay, setup/hold time...
To provide reliable execution, traditional design methodologies perform timing error avoidance. Wors...
Uniprocessor designs have always assumed worst-case operating conditions to set the operating clock ...
Nearly every synchronous digital circuit today is de-signed with timing margins. These timing margin...
Microelectronic scaling has entered into the nanoscale era with tremendous capacity and performance ...
Design and analysis of real-time systems is heavily based on knowing worst-case execution times (WCE...
Critical real-time embedded systems feature complex safety-related, performance-demanding functional...
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