Matches in DBpedia 2016-04 for { ?s ?p "Christopher Stewart \"Chris\" Wallace (26 October 1933 – 7 August 2004) was an Australian computer scientist (and physicist, who also contributed to a variety of other areas)notable for having devised: The minimum message length principle (Wallace and Boulton, 1968, WB1968) — an information-theoretic principle in statistics, econometrics, machine learning, inductive inference and knowledge discovery which can be seen both as a mathematical formalisation of Occam's Razor and as an invariant Bayesian method of model selection and point estimation, The Wallace tree multiplier (1964) (see multiplication ALU), a variety of random number generators, a theory in physics and philosophy that entropy is not the arrow of time, a refrigeration system (from the 1950s, whose design is still in use in 2010), hardware for detecting and counting cosmic rays, design of computer operating systems, the notion of universality probability in mathematical logic, and a vast range of other works - see, e.g., and its ``Foreword re C. "@en }
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- Chris_Wallace_(computer_scientist) comment "Christopher Stewart \"Chris\" Wallace (26 October 1933 – 7 August 2004) was an Australian computer scientist (and physicist, who also contributed to a variety of other areas)notable for having devised: The minimum message length principle (Wallace and Boulton, 1968, WB1968) — an information-theoretic principle in statistics, econometrics, machine learning, inductive inference and knowledge discovery which can be seen both as a mathematical formalisation of Occam's Razor and as an invariant Bayesian method of model selection and point estimation, The Wallace tree multiplier (1964) (see multiplication ALU), a variety of random number generators, a theory in physics and philosophy that entropy is not the arrow of time, a refrigeration system (from the 1950s, whose design is still in use in 2010), hardware for detecting and counting cosmic rays, design of computer operating systems, the notion of universality probability in mathematical logic, and a vast range of other works - see, e.g., and its ``Foreword re C. ".