Cpre584 - User contributions [en]

Ideas Page

2013-04-04T04:56:01Z

Ktown:

This page is a list of project ideas. Many of these are designed to help future to students learn to use Convey.

==Tutorials==
Tutorials should have one tutorial document and one or more examples to help the user to check their work.
===Tutorial 2: Memory Controllers===
Project description: This tutorial would follow the same structure as tutorial 1. It would have 2 parts: a and b. Part a: start by using the newCnyProject script and end with a personality that writes 8 bytes to memory. Part b: start from the end of part a and end with a personality that reads 8 bytes from memory.

The deliverables would be a tutorial document and 2 examples. The 2 examples would be what the tutorial user should have at the end of part a and b.

Current Developers: none

difficulty: low

===Tutorial 3: Summation===
Project description: Create a summation personality. cae_vadd does this, but it does vector vector addition as well.

Current Developers: none

difficulty: low

===Introduction to floating point===
Project description: Make a floating point summation personality.

Current Developers: none

Difficulty: medium

===Introduction to parallel algorithms (prefix sums)===
Project Description: implement an efficient (O(n/p)) implementation of the prefix sums problem.

Current Developers: none

Difficulty: medium

===Feature tutorial===
Project Description: Implement an example and tutorial showing one feature. Examples include chipscope, csr, ae-ae ring communication, ect.

Difficulty: low, varies

==BLAS Functions==
===dgemm===
Project Description: double precision general matrix matrix multiplication. Create a dgemm implementation with 20 Gflops and 100 Gflops performance for the HC-2 and HC-2ex respectively.

Current Developers: none

difficulty: high

==Other==
===VHDL Personality===
Project Description: Create a personality entirely written in VHDL. It seems creating a cae_pers.vhdl file should work.

Current Developers: none

difficulty: low to medium

Ideas Page

2013-04-04T04:51:18Z

Ktown: /* dgemm */

This page is a list of project ideas. Many of these are designed to help future to students learn to use Convey.

==Tutorials==
===Tutorial 2: Memory Controllers===
Project description: This tutorial would follow the same structure as tutorial 1. It would have 2 parts: a and b. Part a: start by using the newCnyProject script and end with a personality that writes 8 bytes to memory. Part b: start from the end of part a and end with a personality that reads 8 bytes from memory.

The deliverables would be a tutorial document and 2 examples. The 2 examples would be what the tutorial user should have at the end of part a and b.

Current Developers: none

difficulty: low

===Tutorial 3: Summation===
Project description: Create a summation personality. cae_vadd does this, but it does vector vector addition as well.

Current Developers: none

difficulty: low

===Introduction to floating point===
Project description: Make a floating point summation personality.

Current Developers: none

Difficulty: medium

===Introduction to parallel algorithms (prefix sums)===
Project Description: implement an efficient (O(n/p)) implementation of the prefix sums problem.

Current Developers: none

Difficulty: medium

===Feature tutorial===
Project Description: Implement an example and tutorial showing one feature. Examples include chipscope, csr, ae-ae ring communication, ect.

Difficulty: low, varies

==BLAS Functions==
===dgemm===
Project Description: double precision general matrix matrix multiplication. Create a dgemm implementation with 20 Gflops and 100 Gflops performance for the HC-2 and HC-2ex respectively.

Current Developers: none

difficulty: high

==Other==
===VHDL Personality===
Project Description: Create a personality entirely written in VHDL. It seems creating a cae_pers.vhdl file should work.

Current Developers: none

difficulty: low to medium

Ideas Page

2013-04-04T04:50:53Z

Ktown: /* dgemm */

This page is a list of project ideas. Many of these are designed to help future to students learn to use Convey.

==Tutorials==
===Tutorial 2: Memory Controllers===
Project description: This tutorial would follow the same structure as tutorial 1. It would have 2 parts: a and b. Part a: start by using the newCnyProject script and end with a personality that writes 8 bytes to memory. Part b: start from the end of part a and end with a personality that reads 8 bytes from memory.

The deliverables would be a tutorial document and 2 examples. The 2 examples would be what the tutorial user should have at the end of part a and b.

Current Developers: none

difficulty: low

===Tutorial 3: Summation===
Project description: Create a summation personality. cae_vadd does this, but it does vector vector addition as well.

Current Developers: none

difficulty: low

===Introduction to floating point===
Project description: Make a floating point summation personality.

Current Developers: none

Difficulty: medium

===Introduction to parallel algorithms (prefix sums)===
Project Description: implement an efficient (O(n/p)) implementation of the prefix sums problem.

Current Developers: none

Difficulty: medium

===Feature tutorial===
Project Description: Implement an example and tutorial showing one feature. Examples include chipscope, csr, ae-ae ring communication, ect.

Difficulty: low, varies

==BLAS Functions==
===dgemm===
Project Description: double precision general matrix matrix multiplication. Create a dgemm implementation with 20 Gflops and 100 Gflops performance for the HC-1 and HC-2 respectively.

Current Developers: none

difficulty: high

==Other==
===VHDL Personality===
Project Description: Create a personality entirely written in VHDL. It seems creating a cae_pers.vhdl file should work.

Current Developers: none

difficulty: low to medium

Ideas Page

2013-04-04T04:48:54Z

Ktown: New page: This page is a list of project ideas. Many of these are designed to help future to students learn to use Convey. ==Tutorials== ===Tutorial 2: Memory Controllers=== Project description: Th...

This page is a list of project ideas. Many of these are designed to help future to students learn to use Convey.

==Tutorials==
===Tutorial 2: Memory Controllers===
Project description: This tutorial would follow the same structure as tutorial 1. It would have 2 parts: a and b. Part a: start by using the newCnyProject script and end with a personality that writes 8 bytes to memory. Part b: start from the end of part a and end with a personality that reads 8 bytes from memory.

The deliverables would be a tutorial document and 2 examples. The 2 examples would be what the tutorial user should have at the end of part a and b.

Current Developers: none

difficulty: low

===Tutorial 3: Summation===
Project description: Create a summation personality. cae_vadd does this, but it does vector vector addition as well.

Current Developers: none

difficulty: low

===Introduction to floating point===
Project description: Make a floating point summation personality.

Current Developers: none

Difficulty: medium

===Introduction to parallel algorithms (prefix sums)===
Project Description: implement an efficient (O(n/p)) implementation of the prefix sums problem.

Current Developers: none

Difficulty: medium

===Feature tutorial===
Project Description: Implement an example and tutorial showing one feature. Examples include chipscope, csr, ae-ae ring communication, ect.

Difficulty: low, varies

==BLAS Functions==
===dgemm===
Project Description: double precision general matrix matrix multiplication. Create a dgemm implementation with 40 Gflops and 200 Gflops performance for the HC-1 and HC-2 respectively.

Current Developers: none

difficulty: high

==Other==
===VHDL Personality===
Project Description: Create a personality entirely written in VHDL. It seems creating a cae_pers.vhdl file should work.

Current Developers: none

difficulty: low to medium

Main Page

2013-04-04T03:57:48Z

Ktown:

== Articles ==
=== Convey HC-1 Tutorials ===
* [[Connecting to convey-1.ece.iastate.edu]]
* [[Convey environment setup|Setting Up Environment Variables on Convey's HC-1]]
* [[Convey PDK Tutorial]]
* [[Test Benches | Use Test Benches to test components of your Personality]]
* [[Using the Memory Controller Interface]]
* [[Running the Vector Adder Example Application]]

* [[Analyze the Simpleton Basic App]]
* [[Tutorial: Creating a Custom Bitfile | Create a Custom Bitfile]]
* [[Using a Custom Bitfile in C Code]]
* [[Adding VHDL Files to a Project]]
* [[The Verilog Hardware Interface for CAE]]
* [[Using ISE's Core Generator to build FIFOs and other IP cores]]
* [[Running Different Bitfiles on each AE | Projects with Multiple Bitfiles]]
* [[Using the Write-Complete Interface]]
* [[Using the Timing Analyzer]]

* [[Using SPAT]]
* [[Using GPROF]]
* [[Convey vector example | Example of Loop Unrolling using FPGA]]

* '''[[Frequently Asked Questions]]'''

== Projects ==
* [[Ideas Page | Project Ideas Page]]
* [[Sobel Algorithm | Speeding up Sobel Algorithm]]

== Reference Manuals ==
=== Convey ===
* [[Media:ConveyPDKReferenceManual.pdf | Convey PDK Reference Manual (.pdf)]] (updated to V5.2; April 2012)
* [[Media:ConveyProgrammersGuide.pdf | Convey Programmers Guide (.pdf)]] (updated to V1.8; November 2010)
* [[Media:ConveyReferenceManual.pdf | Convey Reference Manual (.pdf)]]
* [[Media:ConveySpatUsersGuide.pdf | Convey SPAT (Simulator Performance Analysis Tool) Guide]]
* [[Media:Convey PDK Training.pdf | Convey PDK (.pdf)]]
* [[Media:Convey Overview.pdf | Convey Overview (.pdf)]]

The newet version of these documents are available at [http://www.conveysupport.com/help/?page_id=112 Convey's Support Site]

=== CUDA ===
* [[Media:CUDA_C_Programming_Guide.pdf | CUDA_C_Programming_Guide (.pdf)]]
* [[Media:CUDA_C_Best_Practices_Guide.pdf | CUDA_C_Best_Practices_Guide(.pdf)]]
* [[Media:CUDA_Memory.pdf | CUDA_Memory (.pdf)]]

==Links==
* [http://www.asic-world.com www.asic-world.com] - Great Tutorials for those Learning HDLs
* [http://memocode.irisa.fr MemoCODE 2012]
** [[Media:2012-memocode-contest.pdf | MemoCODE Contest.pdf]]
** [http://memocode.irisa.fr/2012/2012-memocode-contest.tar.gz Reference Implementation]
** [ftp://ftp-trace.ncbi.nih.gov/1000genomes/ftp/technical/reference/human_g1k_v37.fasta.gz Human Reference Genome (human_g1k_v37.fasta.gz)]
** [ftp://ftp-trace.ncbi.nih.gov/1000genomes/ftp/data/NA06985/sequence_read/ERR050082.filt.fastq.gz Example Reads (ERR050082.filt.fastq.gz)]
** [http://ftp.1000genomes.ebi.ac.uk/vol1/ftp/data/NA06985/sequence_read/ERR050082.filt.fastq.gz Example Reads (Alternative Link) (ERR050082.filt.fastq.gz)]

* [[2010 Main Page | CprE 584 2010 Wiki Main Page]]
* [http://class.ee.iastate.edu/cpre583/ CprE 583 Website]
* [http://class.ece.iastate.edu/cpre584/ CprE 584 Website]

=== Other Articles ===
* [[Assignment|Assignments]]
* [[A quick start on CUDA]]

== Helpful Guides ==
* [http://www.c7t-hdl.com/Docs/C7T_AN05_Customized_WaveView_ModelSim_ISE.pdf Modelsim and ISE]
* [http://www.fpga.com.cn/hdl/training/verilog%20reference%20guide.pdf The Verilog Golden Reference]
* [http://courseware.ee.calpoly.edu/~bmealy/shock_awe_vhdl_adobe.pdf "The Shock and Awe" VHDL Tutorial]
* [http://www.ece.msstate.edu/~reese/EE4743/lectures/verilog_intro_2002/verilog_intro_2002.pdf Verilog vs. VHDL]
* [http://esd.cs.ucr.edu/labs/tutorial/ VHDL Simple Code Examples]
* [http://www.seas.upenn.edu/~ese171/vhdl/vhdl_primer.html VHDL Primer]
* [http://www.kxcad.net/electronic_Xilinx_guide/mergedProjects/xsim/html/xs_p_ml_instantiation.htm Using VHDL components in Verilog]
* [[Media:Modelsim_pe_user_10.0d.pdf | Modelsim Users Guide]]
* [[Useful Modelsim Commands]]
* [http://sn0v.wordpress.com/2012/12/07/installing-cuda-5-on-ubuntu-12-04/ Installing CUDA on Ubuntu]
* [http://graphics.stanford.edu/~mhouston/public_talks/R520-mhouston.pdf General Purpose Computation on GPUs (GPGPU)]
* Convey vector personalities offer OpenMP-like programming approach with FPGA accelerating. [http://www.fpl2012.org/Presentations/W4B2.pdf]
* [[Media:Connect_Remotely_Via_VPN.pdf | Guide to Remote Connecting]]

== Readings for Memocode 2012 ==
*[[Media:Brief_Bioinform-2010-Li-473-83.pdf|A survey on algorithms for sequencing]]
*[[Media:Gb-2009-10-3-r25.pdf|Burrows-Wheeler indexing]]

== Spring 2013 Teams ==
* [[Team Cyc05]]
* [[Team Challenger]]
* [[Team Blitz]]

== Spring 2012 Teams ==
* [[Team Gryffindor]]
* [[Team Slytherin]]
* [[Team 142857]]

File:ConveyTutorial1.pdf

2013-02-12T00:07:37Z

Ktown: uploaded a new version of "Image:ConveyTutorial1.pdf": Some small corrections.

Convey pdk tutorial. Goes over the basics of creating a Convey personality

File:ConveyTutorial1.pdf

2013-02-12T00:04:46Z

Ktown: uploaded a new version of "Image:ConveyTutorial1.pdf"

Convey pdk tutorial. Goes over the basics of creating a Convey personality

File:ConveyTutorial1.pdf

2013-02-12T00:04:02Z

Ktown: uploaded a new version of "Image:ConveyTutorial1.pdf": Reverted to version as of 22:53, 15 January 2013

Convey pdk tutorial. Goes over the basics of creating a Convey personality

File:ConveyTutorial1.pdf

2013-02-12T00:01:35Z

Ktown: uploaded a new version of "Image:ConveyTutorial1.pdf": Minor updates

Convey pdk tutorial. Goes over the basics of creating a Convey personality

Main Page

2013-01-15T22:59:41Z

Ktown:

== Articles ==
=== Convey HC-1 Tutorials ===
* [[Connecting to convey-1.ece.iastate.edu]]
* [[Convey environment setup|Setting Up Environment Variables on Convey's HC-1]]
* [[Running the Vector Adder Example Application]]
* Convey pdk tutorial: [[image:ConveyTutorial1.pdf]] (uses newCnyProject script)
* [[Analyze the Simpleton Basic App]]
* [[Tutorial: Creating a Custom Bitfile | Create a Custom Bitfile]]
* [[Using a Custom Bitfile in C Code]]
* [[Adding VHDL Files to a Project]]
* [[The Verilog Hardware Interface for CAE]]
* [[Using ISE's Core Generator to build FIFOs and other IP cores]]
* [[Running Different Bitfiles on each AE | Projects with Multiple Bitfiles]]
* [[Using the Write-Complete Interface]]
* [[Using the Timing Analyzer]]

* [[Using SPAT]]
* [[Using GPROF]]
* [[Convey vector example | Example of Loop Unrolling using FPGA]]
* [[Sobel Algorithm | Speeding up Sobel Algorithm]]

== Reference Manuals ==
=== Convey ===
* [[Media:ConveyPDKReferenceManual.pdf | Convey PDK Reference Manual (.pdf)]] (updated to V5.2; April 2012)
* [[Media:ConveyProgrammersGuide.pdf | Convey Programmers Guide (.pdf)]] (updated to V1.8; November 2010)
* [[Media:ConveyReferenceManual.pdf | Convey Reference Manual (.pdf)]]
* [[Media:ConveySpatUsersGuide.pdf | Convey SPAT (Simulator Performance Analysis Tool) Guide]]
* [[Media:Convey PDK Training.pdf | Convey PDK (.pdf)]]
* [[Media:Convey Overview.pdf | Convey Overview (.pdf)]]

The newet version of these documents are available at [http://www.conveysupport.com/help/?page_id=112 Convey's Support Site]

=== CUDA ===
* [[Media:CUDA_C_Programming_Guide.pdf | CUDA_C_Programming_Guide (.pdf)]]
* [[Media:CUDA_C_Best_Practices_Guide.pdf | CUDA_C_Best_Practices_Guide(.pdf)]]
* [[Media:CUDA_Memory.pdf | CUDA_Memory (.pdf)]]

==Links==
* [http://www.asic-world.com www.asic-world.com] - Great Tutorials for those Learning HDLs
* [http://memocode.irisa.fr MemoCODE 2012]
** [[Media:2012-memocode-contest.pdf | MemoCODE Contest.pdf]]
** [http://memocode.irisa.fr/2012/2012-memocode-contest.tar.gz Reference Implementation]
** [ftp://ftp-trace.ncbi.nih.gov/1000genomes/ftp/technical/reference/human_g1k_v37.fasta.gz Human Reference Genome (human_g1k_v37.fasta.gz)]
** [ftp://ftp-trace.ncbi.nih.gov/1000genomes/ftp/data/NA06985/sequence_read/ERR050082.filt.fastq.gz Example Reads (ERR050082.filt.fastq.gz)]
** [http://ftp.1000genomes.ebi.ac.uk/vol1/ftp/data/NA06985/sequence_read/ERR050082.filt.fastq.gz Example Reads (Alternative Link) (ERR050082.filt.fastq.gz)]

* [[2010 Main Page | CprE 584 2010 Wiki Main Page]]
* [http://class.ee.iastate.edu/cpre583/ CprE 583 Website]
* [http://class.ece.iastate.edu/cpre584/ CprE 584 Website]

=== Other Articles ===
* [[Assignment|Assignments]]
* [[A quick start on CUDA]]

== Helpful Guides ==
* [http://www.c7t-hdl.com/Docs/C7T_AN05_Customized_WaveView_ModelSim_ISE.pdf Modelsim and ISE]
* [http://www.fpga.com.cn/hdl/training/verilog%20reference%20guide.pdf The Verilog Golden Reference]
* [http://courseware.ee.calpoly.edu/~bmealy/shock_awe_vhdl_adobe.pdf "The Shock and Awe" VHDL Tutorial]
* [http://esd.cs.ucr.edu/labs/tutorial/ VHDL Simple Code Examples]
* [http://www.seas.upenn.edu/~ese171/vhdl/vhdl_primer.html VHDL Primer]
* [http://www.kxcad.net/electronic_Xilinx_guide/mergedProjects/xsim/html/xs_p_ml_instantiation.htm Using VHDL components in Verilog]

== Readings for Memocode 2012 ==
*[[Media:Brief_Bioinform-2010-Li-473-83.pdf|A survey on algorithms for sequencing]]
*[[Media:Gb-2009-10-3-r25.pdf|Burrows-Wheeler indexing]]

== Spring 2012 Teams ==
* [[Team Gryffindor]]
* [[Team Slytherin]]
* [[Team 142857]]
== Spring 2013 Teams ==

File:ConveyTutorial1.pdf

2013-01-15T22:53:37Z

Ktown: Convey pdk tutorial. Goes over the basics of creating a Convey personality

Convey pdk tutorial. Goes over the basics of creating a Convey personality

Sobel Algorithm

2012-02-20T00:44:52Z

Ktown:

== Will's site ==

There is a good tutorial on the Sobel algorithm at: [[http://dasl.mem.drexel.edu/alumni/bGreen/www.pages.drexel.edu/_weg22/edge.html]]. He also wrote source code to read a bmp file as well as the actual code performing the Sobel algotihm [[http://dasl.mem.drexel.edu/alumni/bGreen/www.pages.drexel.edu/_weg22/edgesob.zip]]. Be sure to site him if you are using his code.

Talk:Main Page

2012-02-20T00:42:04Z

Ktown:

Why aren't c/c++ files allowed to be uploaded?

Talk:Main Page

2012-02-20T00:41:48Z

Ktown: New page: Why aren't cpp files allowed to be uploaded?

Why aren't cpp files allowed to be uploaded?

Sobel Algorithm

2012-02-20T00:40:42Z

Ktown: New page: == Will's site == There is a good tutorial on the Sobel algorithm at: http://dasl.mem.drexel.edu/alumni/bGreen/www.pages.drexel.edu/_weg22/edge.html. He also wrote source code to re...

Main Page

2012-02-20T00:28:54Z

Ktown: /* Articles */

== Teams ==
* [[Team Gryffindor]]
* [[Team Slytherin]]
* [[Team 142857]]

== Articles ==
* [[Assignment|Assignments]]
* [[Connecting to convey-1.ece.iastate.edu]]
* [[Convey environment setup|Setting Up Environment Variables on Convey's HC-1]]
* [[Running the Vector Adder Example Application]]
* [[Convey vector example | Example of Loop Unrolling using FPGA]]
* [[Tutorial: Creating a Custom Bitfile | Create a Custom Bitfile]]
* [[Using a Custom Bitfile in C Code]]
* [[Sobel Algorithm | Speeding up Sobel Algorithm]]

== Reference Manuals ==
Note: ''Refresh your browser if you don't see the newest version of the .pdf.''
* [[Media:ConveyPDKReferenceManual.pdf | Convey PDK Reference Manual (.pdf)]] (updated to V5; November 2011)
* [[Media:ConveyProgrammersGuide.pdf | Convey Programmers Guide (.pdf)]] (updated to V1.8; November 2010)
* [[Media:ConveyReferenceManual.pdf | Convey Reference Manual (.pdf)]]
* [[Media:Convey PDK Training.pdf | Convey PDK (.pdf)]]
* [[Media:Convey Overview.pdf | Convey Overview (.pdf)]]

==Links==
* [http://memocode.irisa.fr MemoCODE 2012]
* [[2010 Main Page]]
* [http://class.ee.iastate.edu/cpre583/ CprE 583 Website]
* [http://class.ece.iastate.edu/cpre584/ Cpre584 Webpage]
* [http://courseware.ee.calpoly.edu/~bmealy/shock_awe_vhdl_adobe.pdf "The Shock and Awe" VHDL Tutorial]

Convey environment setup

2012-02-06T23:48:08Z

Ktown:

Please update this document if you think you have a better login setup also update if software gets changed.

copy the two files to your home directory: Xilinx_Env and cny_Env. They contain the following: 
cny_Env:
#! /bin/bash
#General envs to setup
export CNY_PDK=/opt/convey/pdk
export CNY_PDK_REV=2012_11_22
export CNY_PDK_HDLSIM=Mentor
export CNY_PDK_SIMMODE=64

# For running SW model or Modelsim
# export CNY_SIM_THREAD=libcpSimLib2.so

# For running on HW
export CNY_SIM_THREAD=

# for software emulation
# export CNY_CAE_EMULATOR=<loction of CaeSimPers>
# Example location ~/temp_sample_app/cae_pers_vadd/CaeSimPers/CaeSimPers

# for Modelsim simulation
#export CNY_CAE_EMULATOR=./run_simulation

#for running on HW
export CNY_CAE_EMULATOR=

#see Chap 12 of Convey Programmers Guide v1.8 for more environment variables

Xilinx_Env:
source /remote/Xilinx/12.4/settings64.sh
export PATH=$PATH:/remote/Modelsim/6.5c/modeltech/linux_x86_64/
export LM_LICENSE_FILE=1717@io.ece.iastate.edu:27006@io.ece.iastate.edu

adding the following lines to your .bash_profile file will prevent you from having to source these files every time you login 
.bash_profile:
# .bash_profile

# Get the aliases and functions
if [ -f ~/.bashrc ]; then
. ~/.bashrc
fi

# User specific environment and startup programs

PATH=$PATH:$HOME/bin:.

export PATH

# setup convey aliases
source cny_Env
source Xilinx_Env

Convey vector example

2012-02-01T22:14:36Z

Ktown:

Note we are having difficulty running this example 

Convey allows you to write c/c++ or fortran code that is compiled to run on the co-processor. This is done by changing loops into vector opererations. Below is an example of a function that can be compiled to run with the co-processor
void SimpleVectorAdder(int x[], int y[], int n){
int i;
#pragma cny begin_coproc
for(i = 0; i < n; i++){
x[i] = x[i] + y[i];
}
#pragma cny end_coproc
}

or

void SimpleVectorAdder(int x[], int y[], int n){
#pragma cny dual_target
int i;
for(i = 0; i < n; i++){
x[i] = x[i] + y[i];
}
}

File:Modelsim.PNG

2012-02-01T22:10:54Z

Ktown: modelsim screenshot

modelsim screenshot

Convey vector example

2012-02-01T22:06:13Z

Ktown: New page: Note we are having difficulty running this example Convey allows you to write c/c++ or fortran code that is compiled to run on the co-processor. This is done by changing loops into...

Note we are having difficulty running this example 

Convey allows you to write c/c++ or fortran code that is compiled to run on the co-processor. This is done by changing loops into vector opererations. Below is an example of a function that can be compiled to run with the co-processor
void SimpleVectorAdder(int x[], int y[], int n){
int i;
#pragma cny begin_coproc
for(i = 0; i < n; i++){
x[i] = x[i] * y[i];
}
#pragma cny end_coproc
}

or

void SimpleVectorAdder(int x[], int y[], int n){
#pragma cny dual_target
int i;
for(i = 0; i < n; i++){
x[i] = x[i] * y[i];
}
}

High Performance Software Hardware Co-design

2012-02-01T21:58:06Z

Ktown: /* Convey Tutorials */

==Convey==

=== Convey HC-1 ===

=== Convey Documentation ===

[http://wikis.ece.iastate.edu/cpre584/images/3/3f/ConveyReferenceManual.pdf Convey Reference Manual] V2.0 

The Convey reference manual describes several aspects of the convey machine. It starts by listing potential uses of the machine and progressively goes into technical lower level descriptions.

=== Convey Tutorials ===

[[convey environment setup]]

[[convey vector example]]

Convey environment setup

2012-02-01T17:45:17Z

Ktown: New page: copy the two files to your home directory: Xilinx_11.1_src and setcnyenv.txt. They contain the following: setcnyenv.txt: #General envs to setup export CNY_PDK=/opt/convey/pdk exp...

copy the two files to your home directory: Xilinx_11.1_src and setcnyenv.txt. They contain the following: 
setcnyenv.txt:
#General envs to setup
export CNY_PDK=/opt/convey/pdk
export CNY_PDK_REV=2010_08_09
export CNY_PDK_HDLSIM=Mentor
export CNY_PDK_SIMMODE=64

# For running SW model or Modelsim
# export CNY_SIM_THREAD=libcpSimLib2.so

# For running on HW
export CNY_SIM_THREAD=

# for software emulation
# export CNY_CAE_EMULATOR=<loction of CaeSimPers>
# Example location ~/temp_sample_app/cae_pers_vadd/CaeSimPers/CaeSimPers

# for Modelsim simulation
#export CNY_CAE_EMULATOR=./run_simulation

#for running on HW
export CNY_CAE_EMULATOR=

Xilinx_11.1_src:
echo Make sure you are using a bash shell before sourcing this file.
echo You can type, bash, if you are not
echo I recommend setting bash as your default shell

source /remote/Xilinx/11.1/settings64.sh
export PATH=$PATH:/remote/Modelsim/6.4b/modeltech/linux_x86_64/
export LM_LICENSE_FILE=1717@io.ece.iastate.edu:27006@io.ece.iastate.edu

adding the following lines to your .bashrc file will prevent you from having to source these files every time you login 
.bashrc:
# .bashrc

# Source global definitions
if [ -f /etc/bashrc ]; then
. /etc/bashrc
fi

# User specific aliases and functions
# setup convey aliases
source setcnyenv.txt
source Xilinx_11.1_src

High Performance Software Hardware Co-design

2012-02-01T17:35:36Z

Ktown: /* Convey Tutorials */

High Performance Software Hardware Co-design

2012-02-01T03:47:55Z

Ktown:

High Performance Software Hardware Co-design

2012-02-01T03:47:06Z

Ktown: /* Convey Reference Manual */

==Convey==

=== Convey HC-1 ===

=== Convey Documentation ===

==== Convey Reference Manual ====

[http://wikis.ece.iastate.edu/cpre584/images/3/3f/ConveyReferenceManual.pdf Convey Reference Manual] V2.0 

The Convey reference manual describes several aspects of the convey machine. It starts by listing potential uses of the machine and progressively goes into technical lower level descriptions.

=== Convey Tutorials ===

High Performance Software Hardware Co-design

2012-02-01T03:41:55Z

Ktown:

==Convey==

=== Convey HC-1 ===

=== Convey Documentation ===

==== Convey Reference Manual ====
Convey Reference Manual V2.0 
The Convey reference manual describes several aspects of the convey machine. It starts by listing potential uses of the machine and progressively goes into technical lower level descriptions.

=== Convey Tutorials ===

High Performance Software Hardware Co-design

2012-01-30T03:23:03Z

Ktown:

==Convey==

=== Convey HC-1 ===

=== Convey Documentation ===

=== Convey Tutorials ===

Talk:High Performance Software Hardware Co-design

2012-01-30T03:18:41Z

Ktown: New page: I changed the subtitle to convey to be mor e general. I believe example tutorials would be the most benefitial addition right now. --~~~~

I changed the subtitle to convey to be mor e general. I believe example tutorials would be the most benefitial addition right now. --[[User:Ktown|Ktown]] 03:18, 30 January 2012 (UTC)

High Performance Software Hardware Co-design

2012-01-30T03:15:19Z

Ktown:

==Convey==
[[Convey HC-1]] 
[[Convey Documentation]] 
[[Concey Tutorials]]