Titlebook: Variable-Structure Approaches; Analysis, Simulation Andreas Rauh,Luise Senkel Book 2016 Springer International Publishing Switzerland 2016

引起痛苦

mor identification is to identify the punchline. To do this, we propose a humor identification model based on Adversarial Learning, where the generator is able to produce sequences similar to punchlines, while the discriminator can learn the features to distinguish punchlines from non-humor dialogue

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灵敏

Dirk Weidemann,Ilja Alkovin-specific terms. This paper evaluates the effectiveness of MABLSTM on Ethereum transaction data through experiments conducted on an Ethereum transaction dataset, comparing MABLSTM with CNN, SVM, ABLSTM and ABCDM. The results demonstrate the effectiveness and superiority of MABLSTM in sentiment ana

Glower

Awning

Jens Tonne,Olaf Stursbergore than one year of time delay between the achievement in Geneva and that among the Oglalas. Most of the time we observed that the acquisitions were made at the same age; we never observed any reversal patterns in regard to the acquisition of any particular concept or more than one year of differen

arboretum

Comparison of Backstepping-Based Sliding Mode and Adaptive Backstepping for a Robust Control of a Twstimate the angular velocities. Moreover, in the adaptive backstepping control approach, the disturbance compensation is realised with the help of additional adaptive control parts driven by the tracking errors of the controlled variables. The overall stability of the proposed controllers in combina

modest

FILTH

Experimental and Numerical Validation of a Reliable Sliding Mode Control Strategy Considering Uncertnecessary because their true values are assumed to be located in specified range bounds. Moreover, stochastic uncertainty is taken into consideration representing process and measurement noise that affect practically every real system.

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A Sliding Mode Control with a Bang–Bang Observer for Detection of Particle Pollutionndition to obtain an asymptotic robustness of the estimation of the proposed bang–bang observer is designed and substantiated. The whole control scheme is designed using the well-known Lyapunov approach. A particular sliding surface is defined to obtain the inductive voltage as a controlled output.

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