Symbolic Computing - Theory and Applications - Ethirajan, Govinda Rajan; Govindarajan, Sathya; Govindarajan, Prashanthi
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In very broad set theoretic terms, to filter is to separate, to partition a given set of entities into disjoint subsets, based on whether they have or do not have a stipulated property. One could, in principle, conceive of a ¿Boolean Genie¿, as it were, that could instantly appear on our rubbing the Alladin¿s Lamp, and as instantly carry out the partitioning, if at all possible, by examining the entities all at once for the stipulated property. In the absence of the Lamp, however, we must be content with a more earthly procedure for such a partitioning, one that is a function of time and…mehr

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Produktbeschreibung
In very broad set theoretic terms, to filter is to separate, to partition a given set of entities into disjoint subsets, based on whether they have or do not have a stipulated property. One could, in principle, conceive of a ¿Boolean Genie¿, as it were, that could instantly appear on our rubbing the Alladin¿s Lamp, and as instantly carry out the partitioning, if at all possible, by examining the entities all at once for the stipulated property. In the absence of the Lamp, however, we must be content with a more earthly procedure for such a partitioning, one that is a function of time and space, and which depends for its realization on a physical device, be it a sieve, an electronic circuit, or a computer.
Autorenporträt
E. G. Rajan is the Founder President of the Pentagram Research Centre (P) Ltd., Hyderabad, India. He is an Electronics Engineer and a Professor of Signal Processing having about 43 years of experience in teaching, research and administration.