Virtual Axle Detector Based on Analysis of Bridge Acceleration Measurements by Fully Convolutional Network von Lorenzen, Steven Robert, Riedel, Henrik, Rupp, Maximilian Michael, Schmeiser, Leon, Berthold, Hagen, Firus, Andrei, Schneider, Jens

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Strength Lab AI: a mixture-of-experts deep learning approach for limit state analysis and design of monolithic and laminate structures made of glass von Kraus, Michael A., Bischof, Rafael, Riedel, Henrik, Schmeiser, Leon, Pauli, Alexander, Stelzer, Ingo, Drass, Michael

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Strength Lab AI von Michael Kraus, Rafael Bischof, Henrik Riedel, Leon Schmeiser, Alexander Pauli, Ingo Stelzer, Michael Drass

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Strength Lab AI: a mixture-of-experts deep learning approach for limit state analysis and design of monolithic and laminate structures made of glass: Strength Lab AI: a mixture-of-... von Kraus, Michael A., Bischof, Rafael, Riedel, Henrik, Schmeiser, Leon, Pauli, Alexander, Stelzer, Ingo, Drass, Michael

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Virtual Axle Detector based on Analysis of Bridge Acceleration Measurements by Fully Convolutional Network von Lorenzen, Steven Robert, Riedel, Henrik, Rupp, Maximilian Michael, Schmeiser, Leon, Hagen, Berthold, Firus, Andrei, Schneider, Jens

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Virtual Axle Detector based on Analysis of Bridge Acceleration Measurements by Fully Convolutional Network von Lorenzen, Steven Robert, Riedel, Henrik, Rupp, Maximilian, Schmeiser, Leon, Berthold, Hagen, Firus, Andrei, Schneider, Jens

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A family of heuristic solution methods for a class of nonlinear programming problems von Cooper, Leon, Schmeiser, Bruce W.

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