Tutorials:

Tutorials:

2019 TA’s introduction to the lab. environment by Rokibul Hasan Bhuiyan

http://www.encs.concordia.ca/helpdesk/resource/tutorial.html

This is the page for the "Synopsys, Mentor Graphics, Xilinx digital logic synthesis tutorial". It explains how to set up the user environment under Solaris (students can use H915 to run the tools.

There is a copy of this tutorial as well as a UNIX tutorial at the Copy Centre listed under COEN 313. ModelSim tutorial.

Some Pc's in the lab run on scientific Linux kernel and here is an added information
how to use modelsim in that with the tutorial described in Modelsim introduction ---tutorial above

Simulation using modelsim

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ModelSim Tutorial

The tutorial for the Mentor Graphics Modelsim tool
is now on the ENCS Linux servers in a word readable
location:

/home/t/ted/PUBLIC/COEN313/DD_flow_tutorial.pdf

The Linux command to view this PDF in Adobe Acroread
(once user's have logged in to their ENCS Linux accounts)
is:

acroread /home/t/ted/PUBLIC/COEN313/DD_flow_tutorial.pdf &

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Lab Manual :

• http://www.encs.concordia.ca/helpdesk/resource/manuals_tutorials/tutorial.pdf

• Remote access to ENCS server from Windows:

• http://www.encs.concordia.ca/helpdesk/howto/xserver.html

• http://www.encs.concordia.ca/helpdesk/howto/sftp.html

•

• Remote access to ENCS server from Linux:

• ssh -Y username@remotehost.address

• ssh -X username@remotehost.address

• How to run Modelsim VHDL simulation tools:

1) source the modelsim.env file every time you login in:

• ted@brownsugar ~ 11:27am > source /CMC/ENVIRONMENT/modelsim.env

2) create a directory called Modelsim and a subdirectory called Code:

• ted@brownsugar ~ 11:27am > cd

• ted@brownsugar ~ 11:27am > mkdir Modelsim

• ted@brownsugar ~ 11:27am > cd Modelsim

• ted@brownsugar ~ 11:27am > mkdir Code

• ted@brownsugar ~ 11:27am > cd Code

3) create the work directory used by the simulator

• ted@deadflowers Code 2:17pm >vlib work

• now the setup for performing VHDL simulation using the Modelsim tools is

completed

4) Performing VHDL simulation using Modelsim