Results 291 to 300 of about 757,721 (338)

Machine learning methods for designing a carbon dot based photoluminescent multimodal nanosensor. [PDF]

Sci Rep
Chugreeva G, Laptinskiy K, Guskov A, Kupriyanov G, Isaev I, Dolenko S, Dolenko T.   +6 more
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Investigation of Formulas and Surface Modelling of MOF-5 Using Computational Chemistry and Machine Learning

Najwa Khairannisa, Risma Rianty, Syuja Laila Radeska, Aldi Maulana, Syifa Muthmainnah   +4 more
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Formulas for threshold computations

Computers and Biomedical Research, 1991
Given a continuous variable S, which density functions on two subgroups omega + and omega - of a population omega are known (with for instance a higher mean value on omega + than on omega -), we first define two strategies for classification in these groups; the first one (MWC) consists in determining a threshold alpha such that classifying in omega ...
C, Robert, J, Vermont, J L, Bosson, P, François, J, Demongeot   +4 more
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Implicative formulae in the proofs of computations' analogy

Proceedings of the 17th ACM SIGPLAN-SIGACT symposium on Principles of programming languages - POPL '90, 1990
In [As87] a correspondence between the subset of Linear Logic [Gi86] involving the conjunctive tensor product only and Place/Transition Petri Nets [Rei85] is established. In this correspondence, formulae are regarded as distributed states and provable sequents are computations in the net.
Andrea Asperti, Gian-Luigi Ferrari 0002, Roberto Gorrieri   +2 more
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A computer program for the computation of the molecular formula

Chemometrics and Intelligent Laboratory Systems, 1989
Abstract Furst, A., Clerc, J.-T. and Pretsch, E., 1989. A computer program for the computation of the molecular formula. Chemometrics and Intelligent Laboratory Systems, 5: 329–334. A new algorithm has been developed for the rapid calculation of the empirical formula of organic compounds on the basis of the molecular mass (high or low resolution ...
Andràs Fürst, Jean-Thomas Clerc, Ernö Pretsch   +2 more
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Formula Manipulation by Computer

1967
Publisher Summary “Formula manipulation” refers to the use of a computer to manipulate mathematical expressions in a formal fashion. The chapter presents a discussion of the main issues in a formula manipulation system, both from language and implementation points of view. It also discusses a particular large-scale system—namely, FORMAC.
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The Obsolescence of Computational Formulae

Teaching Statistics, 2009
SummaryComputational formulae are a throwback to a time when computers were not widely available. Today their teaching obscures important underpinnings of statistical theory and practice.
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Algorithms for computing backbones of propositional formulae [PDF]

AI Communications, 2015
The problem of propositional satisfiability (SAT) has found a number of applications in both theoretical and practical computer science. In many applications, however, knowing a formula's satisfiability alone is insufficient. Often, some other properties of the formula need to be computed.
Mikolás Janota, Inês Lynce, João Marques-Silva 0001   +2 more
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Computing with Formulas

2011
Our first examples on computer programming involve programs that evaluate mathematical formulas. You will learn how to write and run a Python program, how to work with variables, how to compute with mathematical functions such as ex and \(\sin x\), and how to use Python for interactive calculations.
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