Results 271 to 280 of about 77,743 (289)
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2005
This paper introduces an Abstract Machine Simulator (AMS) for assisting students to learn abstract machines such as finite automata, Mealy machines and Moore machines. With AMS, topics related to abstract machines which are often included in introductory courses on Theory of Computation can be mastered more easily since it allows the learner to ...
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This paper introduces an Abstract Machine Simulator (AMS) for assisting students to learn abstract machines such as finite automata, Mealy machines and Moore machines. With AMS, topics related to abstract machines which are often included in introductory courses on Theory of Computation can be mastered more easily since it allows the learner to ...
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Classical Simulation Complexity of Quantum Machines
2003We present a classical probabilistic simulation technique of quantum Turing machines. As a corollary of this technique we obtain several results on relationship among classical and quantum complexity classes such as: PrQP = PP, BQP ⊆ PP and PrQSPACE(S(n)) = PrPSPACE(S(n)). © Springer-Verlag Berlin Heidelberg 2003.
Ablayev F., Gainutdinova A.
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Small-Scale Machining Simulations
2019Molecular dynamics (MD) and single-crystal plasticity finite-element method (CP FEM) are approaches used to simulate the micro-machining process. At such small-length scales, anisotropic behaviour of material becomes important; the two methods can essentially capture it.
Anuj Bisht +4 more
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Journal of the Society of Mechanical Engineers, 1993
Toshiyuki Obikawa, Takahiro Shirakashi
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Toshiyuki Obikawa, Takahiro Shirakashi
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Soil – Machine Interaction: Simulation and Testing
SAE Technical Paper Series, 2011<title>ABSTRACT</title> <p>Researchers at Caterpillar have been using Finite Element Analysis or Method (FEA or FEM), Mesh Free Models (MFM) and Discrete Element Models (DEM) extensively to model different earthmoving operations.
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SIMULATION OF MOLECULAR MACHINES
Computational Modeling: From Chemistry to Materials to Biology, 2021openaire +1 more source