Title :
Parallel processing and real-time data acquisition
Author :
Taylor, Scott ; Taylor, Rodney
Author_Institution :
Douglas Eng., Santa Monica, CA, USA
fDate :
4/1/1990 12:00:00 AM
Abstract :
A detailed description of a low-cost, very-high-performance data-acquisition front-end processor is given. The front-end processor, called the transputer foundation module, is built around the Inmos transputer, an ideally suited real-time parallel processor. Special-purpose digital signal processing hardware is combined with the transputer foundation module to form a high-power, flexible data acquisition and processing system. The transputer foundation module can concurrently perform data acquisition, reduction, and high-speed transfer. One such system is capable of acquiring data at burst rates of 40 MB/s and performing 2000 and 1024-point complex FFTs (fast Fourier transforms) per second
Keywords :
data acquisition; fast Fourier transforms; nuclear electronics; parallel processing; physics computing; Inmos transputer; burst rates; digital signal processing hardware; front-end processor; high-speed transfer; parallel processing; real-time data acquisition; real-time parallel processor; reduction; transputer foundation module; CAMAC; Coprocessors; Data acquisition; Data analysis; Data systems; Digital signal processing; Hardware; Millimeter wave radar; Parallel processing; Process control;
Journal_Title :
Nuclear Science, IEEE Transactions on