OASIS-VP の履歴(No.16)

• 履歴一覧
• 差分 を表示
• 現在との差分 を表示
• ソース を表示
• OASIS-VP へ行く。
  • 1 (2014-12-08 (月) 04:52:29)
  • 2 (2014-12-12 (金) 04:22:54)
  • 3 (2014-12-12 (金) 06:10:20)
  • 4 (2014-12-14 (日) 02:07:25)
  • 5 (2015-02-20 (金) 10:28:37)
  • 6 (2015-02-22 (日) 04:21:38)
  • 7 (2015-02-28 (土) 04:10:09)
  • 8 (2015-04-09 (木) 00:46:26)
  • 9 (2015-04-30 (木) 08:30:24)
  • 10 (2015-05-06 (水) 04:14:37)
  • 11 (2015-05-06 (水) 12:00:17)
  • 12 (2015-05-10 (日) 02:24:12)
  • 13 (2015-05-11 (月) 04:34:21)
  • 14 (2015-06-06 (土) 03:34:11)
  • 15 (2015-06-26 (金) 04:01:55)
  • 16 (2015-06-28 (日) 05:28:42)
  • 17 (2016-04-20 (水) 03:59:15)
  • 18 (2016-05-02 (月) 09:08:26)
  • 19 (2016-05-03 (火) 06:27:43)
  • 20 (2016-05-04 (水) 11:13:47)
  • 21 (2016-05-05 (木) 23:43:02)
  • 22 (2016-05-07 (土) 23:58:40)
  • 23 (2016-05-09 (月) 08:38:26)
  • 24 (2016-11-09 (水) 07:59:19)

Project Description:†

The main goal of this project is to research about algorithms and, architecture for a Reliable Many-core 3D-NoC System Targeted for Real-Time Vision Applications (i.e., gesture/motion/object recognition/surveillance). The system is based on our earlier developed reliable Network-on-Chip (OASIS). The system will integrate several dedicated PEs for ILP/Data/Thread level parallelism, while the 3D-OASIS NoC orchestrates communications between PEs and is used for large amount of data transactions among tasks.

Members†

• D1 Dang
  • Research: Reliable Many-core 3D-NoC Processor Targeted for Real-Time Object Recognition and Vision Applications

Available Research Topics†

• References:
  • Phython http://pythonvision.org/basic-tutorial/
  • Modelsim/MATLAB Co-simulation of a QoS Multi-Core Image Processing System using on-Chip Interconnect.

• Ref.:
  • Performance Evaluation of low-level vision processing algorithms on FPGA
  • Real-time Vision using FPGAs, GPUs and Multi-core CPUs .
  • VERTIPH : A visual environment for real-time image processing on hardware.

• References:
  • Performance Evaluation of low-level vision processing algorithms on FPGA
  • Real-time Vision using FPGAs, GPUs and Multi-core CPUs
  • VERTIPH : A visual environment for real-time image processing on hardware.

• References:
  • High Speed Object Recognition based on SIFT Algorithm ,GD.
  • SIFT and HOG (in JAPANESE), GD
  • SIFT(David G.Low)]

News†

June 2015: Team KAIST Wins DARPA Robotics Challenge

Missellounous links†

• PARALLEL IMAGE PROCESSING AND COMPUTER VISION ARCHITECTURE, BS thesis, 2005.
• FPGA Implementation of Computer Vision Algorithm
• Altera Machine Vision
• Cognitive Vision Lab, DENMARK
• Robot for everything, ZMP Co., Japan
• Image Processing Basics, Student Dave Tutorials
• Theses: http://www.eng.tau.ac.il/~yaro/theses.htm

Labs

• TIMA http://tima.imag.fr/tima/en/amfors/amforsoverview.html
• Integrated Systems Lab http://lsi.epfl.ch/page-13100-en.html