| Sharp, G. J., "The Design of a Window System for Amoeba," Report IR-142, Dept. of Mathematics and Computer Science, Vrije Universiteit, Amsterdam, December 1987. |
....and can be connected by a bridge. The Amoeba architecture consists of four principal components, as shown in Fig. 1. First are the workstations, one per user, which run window management software, and on which users can carry out editing and other tasks that require fast interactive response [4, 5]. Second are the pool processors, a group of CPUs that can be dynamically allocated as needed, used, and then returned to the pool. For example, the make command might need to do six compilations, so six processors could be taken out of the pool for the time necessary to do the compilation and ....
Sharp, G. J., "The Design of a Window System for Amoeba," Report IR-142, Dept. of Mathematics and Computer Science, Vrije Universiteit, Amsterdam, December 1987.
....and can be connected by a bridge. The Amoeba architecture consists of four principal components, as shown in Figure 1. First are the workstations, one per user, which run window management software, and on which users can carry out editing and other tasks that require fast interactive response [4, 5]. Second are the pool processors, a group of CPUs that can be dynamically allocated as 333333333333333 This research was supported in part by the Netherlands Organization for Scientific Research (N.W.O. under grant 125 30 10. UNIX is a Registered Trademark of AT T in the USA and other ....
Sharp, G.J.: "The Design of a Window System for Amoeba," Report IR-142, Dept. of Math. & Computer Science, Vrije Universiteit, Dec. 1987. - 12 -
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G. J. Sharp, "The Design of a Window System for Amoeba," Report IR-142, Dept. of Mathematics and Computer Science, Vrije Universiteit, Amsterdam, December - 1987.
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