GPU610/DPS915 G P Index 20181

GPU610/DPS915 | Student List | Group and Project Index | Student Resources | Glossary

Please add an overview of your group here and create a separate project page for your group!

Project Rules

1. Use the Group page for a Journal of your activities throughout the course of the project
2. Project should cover material that differs from the material on the course web site
3. Presentation can be in Powerpoint or as a Walkthrough the group project page
4. Link to the project page should be included in the Student List table
5. Presentation slots (see below) are on a first-come first-served basis
6. Attendance at all presentations is mandatory - marks will be deducted for absenteeism
7. Marks will be awarded for both Group Wiki page and for the Presentation proper

Potential Projects

• Fall 2015 semester (Former Students)
• Winter 2016 semester (Former Students)

Suggested Projects

• image processing - CImg Library, dlib C++ library
• data compression - LWZ algorithm, Explained by Matt Mahoney
• grep - Boost, Stack Overflow
• exclusive scan - CMU Assignment 2 Part 2
• simple circle renderer - CMU Assignment 2 Part 3
• object detection/tracking - dlib C++ library
• ray tracing - by Yuan Ling (CMU) by Kaffine Shearer (CMU) Visionaray
• sorting algorithms - Alex Allain cprogramming.com, Animations
• Jacobi's method for Poisson's equation - Rycroft's Lecture Note
• Gaussian Regression - cuGP
• Halide - Convolutional Networks
• Sudoku - by Tian Debebe (CMU)

C++ Open Source Libraries

• List of open source libraries - cppreference.com

Carnegie-Mellon University Links

• Spring 2016
• Spring 2015
• Spring 2014

Other Links

• Nirma University - restricted use of code to students of Nirma but may be a source of ideas

Reference Papers

• 2008 Survey Paper - you can search this paper for traditional topic ideas
• Nvidia Showcase - probably too challenging - but could lead to simpler ideas

Interesting aspects to consider in your project

• Try a different language - Javascript (Node.js bindings), Python (pyCUDA bindings)
• Try APIs - Halide, OpenCV, Caffe, Latte
• Compare CPU and GPU performance
• Compare different blocksizes
• Compare different algorithms on different machines
• Implement your project on a Jetson TK1 board

Presentation Schedule

Team Name	Date and Time
	April 2 9:50
	April 2 10:10
	April 2 10:30
K2	April 2 10:50
Studyapplocator	April 2 11:10
Solo Act	April 4 9:50
	April 4 10:10
	April 4 10:30
Kernel BLAS	April 4 10:50
Team 7	April 4 11:10
Sirius	April 9 9:50
Three-Star	April 9 10:10
GPUSquad	April 9 10:30
Happy Valley	April 9 10:50
ParaCode	April 9 11:10
Savy Cat	April 11 10:50
Lucky Charms	April 11 11:10
Pixels	April 11 11:20

Group and Project Index

You can find a sample project page template here

Sirius

1. Rosario A. Cali
2. Mithilan Sivanesan
3. Joseph Pildush
4. Max Fainshtein
5. eMail All

Three-Star

1. Derrick Leung
2. Timothy Moy
3. Email All

Happy Valley

1. Olga Belavina
2. Yalong Li

GPUSquad

1. TS
2. Michael Overall
3. Igor Krasnyanskiy
4. Email All

Team 7

1. Alek Minassian
2. Email All

Kernal Blas

1. Shan Ariel Sioson
2. Joseph Pham
3. Email All

ParaCode

1. Qiliang Chen
2. Xuan Dinh Truong

Lucky Charms

1. Jay Ansin
2. Yankai Tian

Studyapplocator

1. Faiq Malik
2. Soutrik Barua

Savy Cat

1. Evan Marinzel

Solo Act

Student Number: 069 920 148

K2

1. Kwangsoo Jin
2. Youngmin Kim

Pixels

1. Adam Kolodko
2. Yuriy Kartuzov