Video and Image Processing Lab
Purdue University
USA
FEW FULL TEXT PAPERS in PDF FORMAT IS AVAILABLE UNDER EACH INDIVIDUAL PROJECTS
Research Activities as on 24-DEC-2011
Current Projects
Old Projects
Real-Time Video Processing with the TI TMS320C80 Multiprocessor
The TMS320C80 is Texas Instruments' single-chip multiprocessor digital signal processor (DSP) device, which contains five fully programmable processors: a master processor (MP) and four parallel processors (PPs). Performance of these processors is improved by incorporating advanced features to accelerate operation on a variety of data types.
They are investigating the use of the C80 for real-time video and image processing. In particular, They are examining how the C80 can be used for real-time video compression and video indexing.
http://cobweb.ecn.purdue.edu/~ips/
Purdue University
USA
FEW FULL TEXT PAPERS in PDF FORMAT IS AVAILABLE UNDER EACH INDIVIDUAL PROJECTS
Research Activities as on 24-DEC-2011
Current Projects
- Analysis of Microscopy Image Sequences Collected in Living Animals
- Distributed Video Coding
- Gang Graffiti Automatic Recognition and Interpretation (GARI)
- Mobile Emergency Response Guidebook (MERGE)
- Image-Based Crack Detection System
- Purdue Sensor and Printer Forensics
- Technology Assisted Dietary Assessment (TADA)
- Video Coding
- Visual Surveillance (Advanced version of video surveillance)
Old Projects
- Texture-Based Video Coding
- Navy Smartship Project
- Multimedia Streaming
- Rate Scalable Color Image Coding
- Rate Scalable Video Coding
- Low Bit Rate Video Coding
- Real-Time Error Concealment using Texas Instruments Digital Signal Processors
- Multimedia Security: Digital Watermarking
- Analysis of Mammograms
- ATM Cell Loss Concealment
- Scalable Video Compression
- Parallel Video Compression
- Video Parsing
- Multiresolution Edge Detection
- Radar Image Processing (SAR)
- Real-Time Video Processing with the TI TMS320C80 Multiprocessor
Real-Time Video Processing with the TI TMS320C80 Multiprocessor
The TMS320C80 is Texas Instruments' single-chip multiprocessor digital signal processor (DSP) device, which contains five fully programmable processors: a master processor (MP) and four parallel processors (PPs). Performance of these processors is improved by incorporating advanced features to accelerate operation on a variety of data types.
They are investigating the use of the C80 for real-time video and image processing. In particular, They are examining how the C80 can be used for real-time video compression and video indexing.
http://cobweb.ecn.purdue.edu/~ips/