Process Calculus - Discrete and Continuous Process Algebra

Discrete and Continuous Process Algebra

Process algebra has been studied for discrete time and continuous time (real time or dense time).

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Famous quotes containing the words discrete and, discrete, continuous, process and/or algebra:

    We have good reason to believe that memories of early childhood do not persist in consciousness because of the absence or fragmentary character of language covering this period. Words serve as fixatives for mental images. . . . Even at the end of the second year of life when word tags exist for a number of objects in the child’s life, these words are discrete and do not yet bind together the parts of an experience or organize them in a way that can produce a coherent memory.
    Selma H. Fraiberg (20th century)

    The mastery of one’s phonemes may be compared to the violinist’s mastery of fingering. The violin string lends itself to a continuous gradation of tones, but the musician learns the discrete intervals at which to stop the string in order to play the conventional notes. We sound our phonemes like poor violinists, approximating each time to a fancied norm, and we receive our neighbor’s renderings indulgently, mentally rectifying the more glaring inaccuracies.
    W.V. Quine (b. 1908)

    The gap between ideals and actualities, between dreams and achievements, the gap that can spur strong men to increased exertions, but can break the spirit of others—this gap is the most conspicuous, continuous land mark in American history. It is conspicuous and continuous not because Americans achieve little, but because they dream grandly. The gap is a standing reproach to Americans; but it marks them off as a special and singularly admirable community among the world’s peoples.
    George F. Will (b. 1941)

    The process of discovery is very simple. An unwearied and systematic application of known laws to nature causes the unknown to reveal themselves.
    Henry David Thoreau (1817–1862)

    Poetry has become the higher algebra of metaphors.
    José Ortega Y Gasset (1883–1955)