ECE 558/658 VLSI Design Principles
TA Page

1. Announcements (look up last announcement for info on working directory)

2. TA Information

3. ECS Account Requirements (Important)

4. Basic Unix Commands

5. CAD Tools

6. Homework

7. Lab Assignments

8. Exam Grade Statistics

9. Useful Links

Back to the course home page


TA Information:

§        Teaching Assistants:

§        Basab Datta: bdatta@ecs.umass.edu

§        Ibis Benito ( VIP ): ibenito@ecs.umass.edu

§        TA Office Hours:

TA

Monday

Tuesday

Wednesday

Thursday

Friday

Basab Datta
(Marston 112-114)

4:00-7:00 pm

-

-

-

4:00-7:00 pm


ECS Account Requirements (Important)

§        You must have an account on ECS. If you don’t have an ECS account, contact ECS

§        In the previous years, you had to request /mnt2/username space to run Cadence and Synopsys tools, because the home directory of each account was only 50MB. Now ECS has a new terabyte file server. As a result, your home directory is 500MB. This means you do not need /mnt2/username space.

§        How to use Cygwin from ECS Microsoft Windows machines to run X-application on ECS UNIX machines.


Basic Unix Commands

§         Tutorial for beginners - Covers basic commands for listing files, making/changing/removing directories, copying/moving/removing files, displaying file contents on screen, changing file access rights

§         Unix tutorial with examples

§        Unix Command Dictionary


CAD Tools

§        CAD tool setup: Before using CAD tools, you have to setup CAD tool environments. (Important)

§        CAD based design: General information.

§        Design flow: Recommended Starting place for detailed design flow information

§        Cadence tutorial

§        IRSIM tutorial

§        HSPICE tutorial

§        Synopsys tutorial


Homework:

§         Homework 1

§        Homework 2

§        Homework 3

§        Homework 4

§        Homework 5


Lab Assignments:

§        Lab 1: Designing and simulating a CMOS gate

§        Lab 2: Designing a simple sequential circuit (e.g. one-bit accumulator)

§        Lab 3: Learning about regular datapath structures: Design and simulation of a 4-bit accumulator

§        Lab 4: Final project: 558 , 658 = your choice


Exam Grade Statistics:

§        Exam 1

§        Exam 2


Other Useful Links:

§        Selected link page