Abstract
The flying spot store is a versatile and efficient semipermanent information storage system developed for use in the electronic telephone switching system. Because of the form of the store, many variables enter into system design. In this paper the factors which control speed, capacity, number of channels, physical size and probability of error in readout are discussed. It is shown that these factors are related to the intended application for the store, to the form of the store and to device parameters. A number of scaling operations which involve exchanges between system parameters such as speed and capacity or between system and device parameters are given.
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