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ArchMDSP: using DSPs for parallel image processing
By: Mucheroni, M.L.; Saito, J.H.; Moron, C.E.;
1997 / IEEE / 0-8186-8129-2
Description
This item was taken from the IEEE Periodical ' ArchMDSP: using DSPs for parallel image processing ' Presents a parallel machine implemented with digital signal processors (DSPs), and its corresponding programming environment. This machine, named ""Architecture using Multiple DSPs"" (ArchMDSP), is supported by a parallel environment. Images are initially mapped to the parallel system to analyse the potential of this approach, but other applications have also been analysed, including real-time and fault-tolerant problems. The mapping system makes sub-image distribution available, one sub-image for each processor. The potential offered by this architecture was analysed for image processing by certain types of operators. The host computer is a Sun SparcStation whose Sbus has a link with a multiple-module carrier card with TMS320C40 processors in a pipeline structure, where each module has 8 MBytes of memory. Timing measurements, including communication overhead and speed-up, were taken for different sizes of images.
Related Topics
Digital Signal Processing Chips
Image Processing Equipment
Parallel Programming
Programming Environments
Pipeline Processing
Performance Evaluation
Image Processing
Real-time Systems
8 Mbyte
Archmdsp
Parallel Image Processing
Parallel Machine
Digital Signal Processors
Parallel Programming Environment
Image Mapping
Real-time Problems
Sub-image Distribution Available
Parallel Architecture
Operators
Sun Sparcstation
Sbus
Multiple-module Carrier Card
Tms320c40 Processors
Pipeline Structure
Timing Measurements
Communication Overhead
Speedup
Image Size
Digital Signal Processing
Image Processing
Image Analysis
Parallel Machines
Digital Signal Processors
Programming Environments
Application Software
Real Time Systems
Fault Tolerant Systems
Computer Architecture
Parallel Architectures
Parallel Machines
Fault Tolerant Computing
Engineering
Fault-tolerant Problems