Cadence Encounter 10.1 的 设计流程指导，有lab

politoxgp

先下来看有没有用啊

kalyan14310

lovely

xmdt

看看怎么样~~~

igooo

看看吧   看看什么东西

Fabc

同求，lab数据

sathya

As delay noise strongly depends on the skew between aggressor-victim input tran-
sitions, it is not possible to a priori identify the victim-input transition that results
in the worst-case delay noise. This thesis presents an analytical result that would
obviate the need to search for the worst-case victim-input transition and simplify
the aggressor-victim alignment problem signicantly. We also propose a heuristic
approach to compute the worst-case aggressor alignment that maximizes the victim
receiver-output arrival time with current-source driver models. We develop algo-
rithms to compute the set of top-k aggressors in the circuit, which could be xed
to reduce the delay noise of the circuit. Process variations cause variability in the
aggressor-victim alignment which leads to variability in the delay noise. This vari-
ability is modeled by deriving closed-form expressions of the mean, the standard

sathya

PrimeTime can generate a timing model from a submodule netlist, and then use that model in place of the original netlist for timing analysis at higher levels of hierarchy. This technique makes whole-chip analysis run much faster.
Another use of timing models is to protect intellectual property. If you supply a chip submodule to a customer for integration into the customer’s larger chip, you can provide the timing model without the original netlist. This method allows the customer to perform accurate timing analysis with the submodule, without having access to the netlist.
PrimeTime supports the following types of timing models:
•Quick timing model. This is an approximate timing model created in PrimeTime using a sequence of PrimeTime commands. This type of model is useful early in the design cycle, when a netlist is not yet available for a submodule.
•Extracted model. This is a timing-only model extracted by PrimeTime from a gate-level netlist. This type of model discards all of the logic of the original netlist and replaces it with a set of timing arcs between clocks, inputs, and outputs.
•Interface logic model. This is a structural timing model extracted by PrimeTime from a gate-level netlist. This type of model preserves the interface logic of the original netlist and discards the internal register-to-register logic that has already been verified at the module level.
•Liberty model. This is a timing model defined in a descriptive language, either written manually or translated from a timing description in another form.
Command Interfaces

chamot

thanks for your sharing!

myla.mahojjwal

thanx man

lzyscut

比较新的资料，好赞啊