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Hot Articles Forecasting System Based on the Headline Analysis with Deep Learning

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Hot Articles Forecasting System Based on the Headline Analys...

作者： ANTON voronov 上海交通大学

学位级别：硕士

Forecasting popularity of the articles become one hot task for the news media industry and the research community have provided several prediction systems,based on popular trends,metadata and users ***,when the headline has a fundamental relationship with the popularity of the article,there is no proper system,which can use only the title to predict the possible views *** theses work proposes a new Hot Articles Forecasting System based on the headline analysis with Online Deep Neural Network architecture and Bottleneck compression technique,which can make an efficient real-time prediction of the article popularity and automatically learn new ***,this work introduces three new datasets based on the Chinese and Russian languages,with over than 800 000 samples in *** advanced,this thesis provides the corporation of the formal and informal language style headlines in the case of the popularity prediction for the Chinese *** work also investigates the challenges and provides solutions related to the popularity prediction and the headline *** work will show that the HAFS can provide prediction results with different languages in the case of changing activity and trends.

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Modelling Processes of Ink Transfer in Ink Units

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仪器仪表学报 2004年第S3期 93-94页

作者： E.A.voronov ,L.G. Varepo Omsk Technical State University Omsk Russia 644010 Omsk Technical State University Omsk Russia 644010

Problems of modelling of the processes of ink distribution, inking and ink transfer are considered. An estimation of the ink layer non-uniformity on the printed impression and the instability of the ink feed within th... 详细信息

关键词： Modelling Ink distribution Ink tiansfer

The Effect of Ink Properties on Formation of Ink Layer

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仪器仪表学报 2004年第S3期 95-96页

作者： E. A. voronov,L. G. Varepo Omsk Technical State University Omsk Russia 644010 Omsk Technical State University Omsk Russia 644010

Questions of creating the ink layer are considered. Dependence of ink transfer on ink viscosity is discussed. It is shown that the increase of ink viscosity leads to increasing the effort required for splitting of the ink layer. Reducing ink viscosity lowers the pigment concentration and as a consequence lowers the intensity of the printed image.

关键词： Ink layer Ink viscosity

New filler metal systems for the brazing of titanium alloys

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China Welding 2015年第3期24卷 1-5页

作者： V. F. Khorunov S. V. Maksymova V. V. voronov E.O. Paton Electric Welding Institute NASU 11 Bozhenko Str. Kiev 03680 Ukraine

It＇ s well known welding takes the leading role in development of titanium structures. However, in number of cases technological processes of brazing are more appropriate and, sometimes, being the single possible, in particular, during production of multilayer thin-wall structures. It should be noted that brazing filler metals of Ti-Cu-Ni, Ti-Zr-Cu-Ni, Zr-Ti-Ni and Cu-Zr-Ti systems in a form of plastic foils, as well as in powder form are mainly used in world practice for brazing of titanium alloys. Present work provides the results of complex investigations of brazing filler metals of Ti-Zr-Fe, Ti-Zr-Mn and Ti-Zr-Co systems using differential thermal analysis, light and scanning microscopy, X-ray microspectrum analysis. Data on melting ranges of pilot alloys were obtained, and liquidas su^Caces of given systems using simplex-lattice method were build. Brazing filler metals covering brazing temperature range of current structural titanium materials based on solid solutions as well as intermetallics were proposed. Structure, chemical inhomogeniety and strength characteristics of brazed joints were studied. It is determined that brazing of solid solution based alloys （OT4, VT6 ） using indicated brazing fiUer metals ensures strength characteristics of joints, which are not inferior to that obtained with application of known brazing filler metals even if they are received at lower brazing temperature.

关键词： vacuum brazing titanium alloys inter-metallic alloys brazing filler metals brazed joints structure,strength of brazed joints

Possible schemes of calculation modeling in a quantum computer

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Natural Science 2010年第8期2卷 923-927页

作者： Vladimir voronov 不详

In the present work a possibility of computation modeling, which should be realized in a real quantum computer, is discussed. In this connection two models of a device, which work is determined by the structure and dy... 详细信息

关键词： Quantum Computers Strong-Correlated Systems Entanglement of States

Physical Problems of Quantum Calculation： A Novel Approach

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Journal of Physical Science and Application 2012年第4期2卷 115-122页

作者： Vladimir Kirillovich voronov Irkutsk State Technical University 83 Lermontov Str. 664074 Irkutsk Russia

The manuscript deals with the possibility of application of collective behavior of quantum particles to realize the quantum calculation procedure. The above collective behavior is likely resulted from interelectron correlations, characteristic for strongly correlated systems containing atoms with unoccupied 3d-, 4f- and 5f- shells. Among such systems can be the heterospin systems, complexes of paramagnetic ions of transition metals with organic radicals, because for such objects, spin-spin interaction between unpaired electron spins of different paramagnetic centers is typical. To apply the aforementioned possibility for the organization of real quantum calculations, it is necessary to synthesize such paramagnetic molecules （paramagnetic clusters）, where the entangled states will be realized naturally by self-organization of atoms incorporated in these molecules, i.e., without additional external effect of q-bits on the system. The specified self-organization may be due to intramolecular processes and, in particular, intramolecular rearrangement called valence tautomerism, which leads to heterogeneous magnetic states, i.e., to phase layering in paramagnetic cluster owing to interelectron correlations. The states realized during the phase layering can be used for coding the digits. Since such states correspond to specific structures of para-magnetic molecule, they can exist as much as long under certain conditions. In turn, it means that the account of the interelectron correlations, which take place in strongly correlated compounds, allows （at least, in principle） one to create elementary quantum bit of the information capable of modeling the elementary logical operations. Creation of a network of such quantum bits combined in a certain sequence should be considered as a practical step on a way to experimental realization of the idea of quantum computer creation. The group consisting of three quantum points can make the basis of quantum computer. In such a gate, qua

关键词： Quantum computer strongly correlated systems self-organization.

A Possibility of Application of Wave Flow Method for Visualization of Shor States

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International Journal of Communications, Network and System Sciences 2013年第12期6卷 485-488页

作者： V. K. voronov Irkutsk State Technical University Irkutsk Russia

The present work provides a brief analysis of experimental investigations related to quantum computer creation. The first step to the real quantum creation could be visualization of Shor states. Such visualization is based on the use of the phenomenon of the secondary wave generated by incident electromagnetic irradiation on the object which undergoes screening. This electromagnetic irradiation under certain conditions can be transformed into waves of other type, for example, surface plazmons. The massif from n quantum objects generating secondary irradiation, in principle, can be considered as a route to materialization on Shor cells. In such a way, a system of q-bites of quantum computer can be realized.

关键词： Quantum Computer Shor States NMR

Palladium-Catalyzed Carbonylation of Multifunctionalized Substituted Alkynes to Quinolinone Derivatives under Mild Conditions

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Chinese Journal of Chemistry 2023年第23期41卷 3223-3228页

作者： Aleksandr voronov Francesco Pancrazzi Ana Maria Constantin Raimondo Maggi Raffaella Mancuso Bartolo Gabriele Diego Olivieri Carla Carfagna Alessandro Casnati Francesco Rispoli Laura Baldini Nicola Della Ca Department of Chemistry Life Sciences and Environmental Sustainability (SCVSA)University of ParmaParco Area delle Scienze17/A43124 Parma (PR)Italy Center for Energy and Environment (CIDEA) University of ParmaParco Area delle Scienze 181/A43124 Parma (PR)Italy Laboratory of Industrial and Synthetic Organic Chemistry (LISOC) Department of Chemistry and Chemical TechnologiesUniversity of CalabriaVia P.Bucci 12/C87036 Arcavacata di RendeCosenza (CS)Italy Department of Biomolecular Sciences University of Urbino “Carlo Bo”Piazza Rinascimento 661029 Urbino (PU)Italy Department of Industrial Chemistry “T.Montanari” University of BolognaViale Risorgimento 440136 Bologna (BO)Italy

A highly selective palladium-catalyzed carbonylation of 2-alkynylanilines bearing an amide moiety to condensed six-membered heterocyclic structures has been developed under mild conditions(room temperature and atmospheric pressure of CO).The carbonylative protocol is also compatible with CO surrogates,such as benzene-1,3,5-triyl triformate(TFBen)or the newly developed calix[6]arenes functionalized with six formate groups(CLX[6]CO),which are both capable to release CO in situ.A series of tricyclic fused heterocycles containing the important oxazino-quinolinone scaffold have been selectively obtained(only the 6-endo-dig cyclization mode has been observed)in good to excellent yields(up to 99%).

关键词： Pd-catalysis Carbonylation Alkynes CO surrogates 6-endo-dig Calixarenes C1 building blocks Domino reactions

Evidence of Electronic Phase Separation in the Strongly Correlated Semiconductor YbB_(12)

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Chinese Physics Letters 2022年第12期39卷 65-70页

作者： A.Azarevich N.Bolotina O.Khrykina A.Bogach E.Zhukova B.Gorshunov A.Melentev Z.Bedran A.Alyabyeva M.Belyanchikov V.voronov N.Yu.Shitsevalova V.B.Filipov N.Sluchanko Prokhorov General Physics Institute of the Russian Academy of Sciences Vavilov Str.38Moscow 119991Russia Shubnikov Institute of Crystallography Federal Scientific Research Centre‘Crystallography and Photonics’of Russian Academy of Sciences59 Leninskiy ProspectMoscow 119333Russia Center for Photonics and 2D Materials Moscow Institute of Physics and Technology(National Research University)141700 DolgoprudnyMoscow RegionRussia Institute for Problems of Materials Science NASUKrzhizhanovsky Str.303142 KyivUkraine

We investigate high-quality single-domain crystals of YbB_(12)using the precise x-ray diffraction technique in combination with the low-temperature polarized THz–infrared spectroscopy and accurate magnetotransport *** is shown for the first time that this archetypal strongly correlated system with a metal-insulator transition to a mysterious dielectric ground state with a metal Fermi surface[Science 362,65(2018)and ibid 362,32(2018)]is actually a heterogeneous compound in the regime of electronic phase *** in the configuration of the discovered dynamic charge stripes are proposed upon *** a result,a conclusion is drawn in favor of a crossover between different patterns of the filamentary electronic structure penetrating the semiconducting matrix of YbB_(12).We argue that the discovery of stripes in YbB_(12)is fundamental,elucidating the nature of exotic dielectric state in Kondo insulators.

关键词： insulator Kondo dielectric