As the technology grows, the tendency to increase the data rate also increases. Clocks with higher frequencies have to be generated to meet the increased data rate. Any mismatch between the clock rate and data rate will lead to the capture of the wrong data. Hence performing timing analysis for any design to validate the capture of correct data plays a major role in any System on chip. This paper explains the procedure followed to perform timing analysis for any mixed-signal design
A vast literature has been published on Statistical Static Timing Analysis (SSTA), its motivations, ...
Library characterization and \u27Static Timing Analysis\u27 (STA) are widely used in the design of m...
Uncertainty in circuit performance due to manufacturing and en-vironmental variations is increasing ...
The increasing complexity of digital designs and the requirement of timing measurements in various d...
International audienceThis paper describes the method used in the design of a 26 million transistors...
This thesis presents systematic modeling and analysis techniques for the accurate and efficient timi...
systems, and the bounding which the clock provides, naturally leads to systems with worst case perfo...
UnrestrictedThe 6-4 GasP family of asynchronous circuits has been sought for its potential advantage...
This master's thesis deals with timing effects in complex on chip systems. It is written in cooperat...
We study signal integrity effects on statistical timing analysis, e.g., interconnect and gate delay ...
Over the last thirty years, the deterministic static timing analysis has been sufficient for digital...
A new and efficient procedure is proposed to evaluate the timing performance of VLSI circuits with c...
Application specific hardware implementations are an increasingly popular way of reducing execution ...
textTiming analysis is a key sign-off step in the design of today's chips, but technology scaling in...
Due to the increasing complexity of VLSI systems and time-to-marketrequirements, efficient design me...
A vast literature has been published on Statistical Static Timing Analysis (SSTA), its motivations, ...
Library characterization and \u27Static Timing Analysis\u27 (STA) are widely used in the design of m...
Uncertainty in circuit performance due to manufacturing and en-vironmental variations is increasing ...
The increasing complexity of digital designs and the requirement of timing measurements in various d...
International audienceThis paper describes the method used in the design of a 26 million transistors...
This thesis presents systematic modeling and analysis techniques for the accurate and efficient timi...
systems, and the bounding which the clock provides, naturally leads to systems with worst case perfo...
UnrestrictedThe 6-4 GasP family of asynchronous circuits has been sought for its potential advantage...
This master's thesis deals with timing effects in complex on chip systems. It is written in cooperat...
We study signal integrity effects on statistical timing analysis, e.g., interconnect and gate delay ...
Over the last thirty years, the deterministic static timing analysis has been sufficient for digital...
A new and efficient procedure is proposed to evaluate the timing performance of VLSI circuits with c...
Application specific hardware implementations are an increasingly popular way of reducing execution ...
textTiming analysis is a key sign-off step in the design of today's chips, but technology scaling in...
Due to the increasing complexity of VLSI systems and time-to-marketrequirements, efficient design me...
A vast literature has been published on Statistical Static Timing Analysis (SSTA), its motivations, ...
Library characterization and \u27Static Timing Analysis\u27 (STA) are widely used in the design of m...
Uncertainty in circuit performance due to manufacturing and en-vironmental variations is increasing ...