| J. Altaber, P.G. Innocenti, and R. Rausch. Multiprocessor architecture for the LEP storage ring. In 6th Annual Workshop on Distributed Computer Control Systems, Monterey, May 1985. IFAC. |
.... Real Time (RT) applications have grown from applications running on small microprocessors with a few Kilobytes of internal memory to applications running on a large set of interconnected processors with several Megabytes of internal memory and Gigabytes of secondary storage space (e.g. [4, 3]) An increasing number of real time applications acts on large sets of structured data, that have a longer lifetime than the programs accessing them. For such applications database techniques become interesting. An increasing amount of research is devoted to the area of RT databases. This ....
J. Altaber, P.G. Innocenti, and R. Rausch. Multiprocessor architecture for the LEP storage ring. In 6th Annual Workshop on Distributed Computer Control Systems, Monterey, May 1985. IFAC.
....delays. Asynchronous systems do not rely on synchronized clocks and have no bounded communication delays. This paper is based on synchronous systems. The size of real time systems is increasing. From the earlier systems with 1 5 processors, later systems incorporate several hundred processors [AIR85]. In such systems it is profitable to bring some structure in the network by grouping heavily communicating processors, such that the communication of one group does not affect the communication performance in another group [AIR85] To satisfy the requirement of a bounded real time broadcast ....
.... processors, later systems incorporate several hundred processors [AIR85] In such systems it is profitable to bring some structure in the network by grouping heavily communicating processors, such that the communication of one group does not affect the communication performance in another group [AIR85]. To satisfy the requirement of a bounded real time broadcast delay, it is interesting to limit a broadcast to such a group by splitting the network. A two level hierarchical split is already realized by interconnecting multiprocessor assemblies via a LAN [vdS87, Ari91] The lower level is the ....
J. Altaber, P.G. Innocenti, and R.Rausch. Multiprocessor architecture for the LEP storage ring. In 6th Annual Workshop on Distributed Computer Control Systems, Monterey, May 1985. IFAC.
....are presented. I. Introduction Real Time (RT) applications have grown from the small microprocessor application with a few Kilobytes of memory to applications on a large set of interconnected processors with several Megabytes of memory and Gigabytes of secondary storage space (e.g. Ari91, AIR85] Database techniques become interesting when the application acts on a large set of structured data and the data set has a longer lifetime than the programs acting on this set. An increasing amount of research is devoted to the area of RT databases. This research is motivated from two ....
J. Altaber, P.G. Innocenti, and R. Rausch. Multiprocessor architecture for the LEP storage ring. In 6th Annual Workshop on Distributed Computer Control Systems, Monterey, May 1985. IFAC.
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