培训方式以讲课和实验穿插进行。
NanoSim集成了业界优秀的电路仿真技术，支持Verilog-A和对VCS仿真器的接口，能够进行高级电路仿真的工具，其中包括存储器仿真和混合信号的仿真。通过Hierarchical Array?
Reduction (HAR)技术，NanoSim 几乎可以仿真无限大的仿真 存储器阵列。?
NanoSim 是一个整合体,可大致分为如下几个模块：?
Graphic User Interface (GUI)?
TimeMill (timing diagnostics)?
PowerMill (power diagnostics)?
Hierarchical Array Reduction (HAR)?
Co-simulation with VCS (NIV)?
Verilog-A?
Analog Digital Functional Model Interface (ADFMI)?
Linear Network Solver (LNS)?
Block Delay Calculator (BDC)
NanoSim training goal:?
The goal of this NanoSim training is to provide the basic information needed to run a NanoSim simulation, plusa detailed understanding of its operation.
The training agenda?
NanoSim Overview Introduction?
Simulation Algorithms?
Simulation Modes?
Interactive Mode Debug?
Ease of Use Commands?
Additional Features?
NanoSim Timing Functional Vector Comparison Checking?
Dynamic Timing Checks?
X Propagation?
NanoSim Power?
Power Features Power Diagnostics?
Power Budgeting?
·?Overview?
·?Simulation algorithms?
·?Simulation modes?
·?Interactive debug?
·?Ease of use commands?
·Additional features?
·?Timing checks?
·?Power diagnostics
Objectives
At the end of this workshop the student should be able to:?
·?Learn the fundamentals of NanoSim?
·?Learn how to set up a basic simulation?
·?Learn timing check commands?
·?Learn power analysis features?
·?Acquire hands on experience from course lab exercises
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