cad for icmel g641 484[1]
TRANSCRIPT
BIRLA INSTITUTE OF TECHNOLOGY AND SCIENCE, PILANI – K. K. BIRLA GOA CAMPUS
INSTRUCTION DIVISION
SECOND SEMESTER 2012-2013
Course Handout (Part II) Date: 07.01.2013
In addition to Part I (General Handout for all courses appended to the time table)
this portion gives further specific details regarding the course.
Course No. : MEL G641 Course Title : CAD for IC Design Instructor-in-charge : PRAVIN S. MANE
1. Scope and Objective of the course: To teach the basic concepts of CAD tools used for IC/VLSI Design process. To be conversant with the use of existing CAD tools and algorithms for all the stages of the design cycle of a VLSI chip design and to study the design issues involved in the development of CAD tools. Current trends in CAD tools for IC/VLSI design.
2. Text Book: (i) An Introduction to CAD for VLSI Author: S.M. Trimberger Publisher: Kluwer Academic Press 1987.
(ii) Algorithm for VLSI Physical Automation, 3rd Edition Author N. Sherwani Publisher: Kluwer Academic Press, 1998
3. Reference Books
a) VLSI Physical Design Automation: Theory and practice Author: Sait and H.Youssef Publisher: World Scientific Press, 1999 b) Computer Aids for VLSI Design
Author: S.M.Rubin Publisher: Addison Wesley, 1987
c) Simulation in the Design of Digital systems Author J.B.Gosling Publisher: CUP, 1993
d) Introduction to VLSI Systems Author: Carver Mead and Lynn Conway Publisher: Addison-Wesley,1980
e) A VHDL Primer, 3rd Edition, Author: J. Bhaskar Publisher: Pearson Prentice-Hall, 1999
f) Verilog HDL Author: Samir Palnitkar Publisher: Pearson Education Asia
4. Course Plan
Topic Lectures An introduction to Cad for IC Design 1 CAD: A general overview 2 IC Design Flows and Cad Tools 4 HDLs (VHDL/Verilog Modeling) 7 Schematic, Layout and Stick Editors 5 Overview of CIF 2 Partitioning and Assignment 4 Placement and Routing 6 High Level Synthesis 4 Overview of simulation 1 Behavioral and Functional simulation Logic and Mixed mode simulation
1 1
Fault simulation and ATPG Current trends in CAD tools
2 1
TOTAL 41
5. Evaluation schedule:
Com. Duration Weightage (%)
Date & Time
Remarks
Test I * * * * Test II * * * *
Comprehensive 3 Hrs 40 13.05.2013 02.00 – 5.00 PM
Closed Book
Project/Lab Assignments
Continuous 10 - -
Seminar Continuous 10 -
-
* Will be declared later
6. Chamber consultation hour: Will be declared later 7. Notices: EEE Notice Board / FTP / moodle.
(Instructor-in-charge) MEL G641