论文信息 - The Fast Amsterdam Multiprocessor (FAMP) system

The Fast Amsterdam Multiprocessor (FAMP) system

Abstract A fast multiprocessor system is described that can be used for second stage triggering purposes as well as for on-line track filtering in high energy physics experiments. The system is based on the MC68000 microprocessor from MOTOROLA. Using a subset of the experimental data the system can be programmed to perform real time computations; i.e. track reconstruction, momentum determination and missing mass determination.

L O Hertzberger | L. Hertzberger

[1] James Martin. Design of Real-Time Computer Systems , 1967 .

[2] K. Eggert,et al. Large area drift tube chambers for a muon detector at the pp-collider , 1980 .

[3] M. Breidenbach,et al. Fast Track-Finding Trigger Processor for the SLAC/LBL Mark II Detector , 1978, IEEE Transactions on Nuclear Science.

[4] I. Gaines,et al. The M7 - A High Speed Digital Processor for Second Level Trigger Selections , 1978, IEEE Transactions on Nuclear Science.

[5] C. Engster,et al. Multiple time digitizers and a trigger system for drift chambers , 1980 .

[6] Paul F. Kunz. The lass hardware processor , 1976 .