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About 10,000 papers for “Domain model”

Model domain.

Yuley Cardona (2806657), Dannise V. Ruiz-Ramos (816666), Iliana B. Baums (123699) et al. · Figshare · 2016

<p>ROMS was configured over the region for which the complex bathymetry is shown above. The Louisiana and Texas (LATEX) shelf and major canyons are also indicated. Lagrangian particles were then released within the areas marked by the red squares and allowed to disperse for 40 days.</p>

Cited by 0Open access

Model solution domain.

Emine Celiker (13247880), Charlie Woodrow (13228902), Òscar Guadayol (464492) et al. · Figshare · 2024

<p>The image of the <i>Mimetica</i> sp. inner ear geometry forming the solution domain of the mathematical model, as obtained by synchrotron-based <i>μ</i> − CT scans and 3D-reconstruction.</p>

Cited by 0Open access

NoBa model domain.

Cecilie Hansen (2927607), Kenneth F. Drinkwater (228218), Anne Jähkel (6316364) et al. · Figshare · 2019

Cited by 0Open access

Fluid domain model.

Li Bin (508283), Jiang Feng (286772), Yan Lan (314079) et al. · Figshare · 2025

<div> In the increasingly perfect underground garage construction process, the underground garage entrance water blocking problem is getting more and more attention. This paper proposes a kind of air wall water-blocking device applied to underground garage. The device is installed on the side of the straight and curved paths at the entrances and exits of the spiral underground garage. It utilizes two fans to blow the water to the drain on the other side to achieve unobstructed access to stop the water. In this paper, CFD simulation is firstly carried out on the straight road of the spiral underground garage to verify the feasibility of the program. The accuracy of the simulation results was verified by building a straight road model and conducting experiments. After that, an equal-scale 3D model of the spiral underground garage was built. Orthogonal experiments on the effects of inlet water flow velocity, fan wind speed at the straight road and fan wind speed at the curved road on the water blocking effect were carried out by using CFD simulation. A preliminary range of water velocity of 2.250 m/min to 6.786 m/min was obtained experimentally, and this range of water velocity was used as an input parameter for the simulation. The results show that the speed of water flow at the entrance of the garage and the wind speed of the fan at the straight road have a greater effect on the water blocking effect than the wind speed of the fan at the curved road. When the wind speed of the fan at the straight road is 25m/s, proper adjustment of the wind speed of the fan at the curved road can realize a good water-blocking effect of the spiral underground garage entrance within the range of water flow rate of 2.250m/min ~ 6.786m/min. Therefore, in the practical application of using the air wall water blocking scheme to realize the underground garage entrance water blocking strategy is to give priority to improve the wind speed of the fan at the straight road to improve the effect of water blocking. </div>

Cited by 0Open access

Domain Model Fundamentals

Paul S. Fisher, Brian D. Murphy · Apress eBooks · 2016

The domain model is the foundation upon which a persistence tier is constructed. Each domain class defines the properties to be persisted to the database, as well as the relationships between one class and another. This rich object-oriented structure is not easily translated to the relational world of databases. Hibernate provides the required mechanism to help address this impedance mismatch between these two realms.

Cited by 0

Inisiasi Domain Model

Septiadi, Farhan · Zenodo (CERN European Organization for Nuclear Research) · 2023

Berdasarkan wawancara dan observasi mengenai load frs siakad its dapat disusun rancangan domain model yang ada dalam proses pengisian FRS ini, domain model berikut nantinya akan didetailkan seiring berlanjutnya proses desain aplikasi-frs

Cited by 0Open access

TENCompetence Domain Model

DSpace (Open University in the Netherlands) · 2006

This is the version 1.1 of the TENCompetence Domain Model (version 1.0 released at 19-6-2006; version 1.1 at 9-11-2008). It contains several files: a) a pdf with the model description, b) three jpg files with class models (also in the pdf), c) a MagicDraw zip file with the model itself, d) a release history and e) a zip file with the older release.\nThe first version of the Domain Model was discussed in several seminars and workshops, among which the Prolearn Summer School, 7-6-2006; Bled; Slovania, and at the TEMATICE seminar, 14 June 2006 at the Sorbonne in Paris. Version 1.0 of the model was drawn with the UML tool 'MagicDraw' version 11.0. And the version 1.1 was drawn with MagicDraw 15.5. Also the documentation for each object is in MagicDraw.

Cited by 0

ERK8 kinase domain model.

Angela Strambi (103393), Mattia Mori (103397), Matteo Rossi (103399) et al. · Figshare · 2015

&lt;p&gt;(A), Multiple sequence alignment between ERK8 and the selected templates FUS3 and ERK2. Numbering is referred to human ERK8 cDNA sequence as defined in Uniprot accession number Q8TD08. Consensus code: “yellow” indicates positions which have a single, fully conserved residue; “green” indicates conservation between groups of strongly similar properties; “blue” indicates conservation between groups of weakly similar properties. Gatekeeper residue is in bold and indicated by a full black circle. The TEY activation motif is in red (activation loop spans from the DFG motif to the APE motif, residues 155–187). The region in square brackets has been substituted (starting from the position indicated with the dashed red line) with the alignment highlighted in the bottom square that includes p38α. (B), Model of the ERK8 kinase domain (residues 12–345 of the full-length 1–544 protein) obtained by means of homology modeling protocol. Conserved kinase domain features are indicated, β-sheets colored in yellow, α-helices colored in red, loops colored in green, TEY activation motif colored in blue. (C), Superimposition of the same ERK8 model (grey) with the ERK2 template (purple). (D), Evolution of ERK8 structure with the MD refinement. Superimposition of the ERK8 model (grey), used as MD input, with the representative final structure (the refined ERK8 structure) (cyan) obtained after the simulation. (E), Superimposition of the refined ERK8 model (cyan) with the ERK2 template (purple).&lt;/p&gt;

Cited by 0Open access

Domain model of autonomy

Morris Sloman, Jonathan Moffett · 1988

This paper reports on the work being done by the U.K. Distributed Systems Management study group (SIGDSM) and the work on management domains being done at Imperial College. The paper defines a generalised domain and classifies the relationship between domains.

Cited by 4Open access

DECOVALEX Crystalline Model domain.

LaForce, Tara · OSTI OAI (U.S. Department of Energy Office of Scientific and Technical Information) · 2021

Abstract not provided.

Cited by 0Open access

Detailed Domain Model Diagram

Septiadi, Farhan · Zenodo (CERN European Organization for Nuclear Research) · 2023

Use case specification yang sudah dikembangkan sebelumnya, bisa dilengkapilah rancangan domain model sebelumnya menjadi sebuah detailed domain model yang akan digunakan dalam pengembangan API nya nanti

Cited by 0Open access

Atlantis JFRE model domain.

Javier Porobic (6392612), Elizabeth A. Fulton (142942), Carolina Parada (489652) et al. · Figshare · 2019

&lt;p&gt;The red square represents the area of coverage of the hydrodynamic OFES model subset. The maps in the left represent the characteristics that were considered for the division of the polygons: The geographic structure of the ridge (Islands and seamounts); Management area (Marine parks and Marine protected areas with multiple uses; MPA-MU); and areas of influence of fishing activity (Industrial and artisanal fleets).&lt;/p&gt;

Cited by 0Open access

Orchestrating Our Domain Model

Oscar Lodriguez · Apress eBooks · 2018

In this chapter we will be creating class diagrams for the following actors in our game: our game, the player, the phaser engine, and the controls. Code for this chapter is found on GitHub. (Considering you have the project running you can then checkout chapter/2 branch.)

Cited by 0

Multi-Domain Information Model

Markov, Krassimir · Bulgarian Digital Mathematics Library (BulDML) at IMI-BAS (Institute of Mathematics and Informatics) · 2009

Cited by 0Open access

Domain-to-Domain Translation Model for Recommender System

Linh Thuy Thi Nguyen, Tsukasa Ishigaki · arXiv (Cornell University) · 2018

Recently multi-domain recommender systems have received much attention from researchers because they can solve cold-start problem as well as support for cross-selling. However, when applying into multi-domain items, although algorithms specifically addressing a single domain have many difficulties in capturing the specific characteristics of each domain, multi-domain algorithms have less opportunity to obtain similar features among domains. Because both similarities and differences exist among domains, multi-domain models must capture both to achieve good performance. Other studies of multi-domain systems merely transfer knowledge from the source domain to the target domain, so the source domain usually comes from external factors such as the search query or social network, which is sometimes impossible to obtain. To handle the two problems, we propose a model that can extract both homogeneous and divergent features among domains and extract data in a domain can support for other domain equally: a so-called Domain-to-Domain Translation Model (D2D-TM). It is based on generative adversarial networks (GANs), Variational Autoencoders (VAEs), and Cycle-Consistency (CC) for weight-sharing. We use the user interaction history of each domain as input and extract latent features through a VAE-GAN-CC network. Experiments underscore the effectiveness of the proposed system over state-of-the-art methods by a large margin.

Cited by 4Open access

TIME DOMAIN VERSIONOF THE BERTONI'SFREQUENCY DOMAIN HILL MODEL

Piotr Górniak, Wojciech Bandurski · 2007

Inthepaper wepresent thewayofobtaining thetimedomain modeloftheBertoni's frequency domain modeloftheHill presented in[1]. Direct timedomain analyses aremoreconvenient whenweconsider theUWB propagation mechanism. TheBertoni's frequency domain modelwasderived through theusage oftheUniform Theory ofDiffraction (UTD)presented byP.H.Pathak [2]. Herethemodelisusedasanexample ofasmooth convex obstacle. Theimpulse response oftheBertoni's hill modelisdetermined inthepaperinaclosed analytical form. Itisdonethrough atransformation ofthefrequency domain modelbymeansofone-sided inverse Fourier transform [3]. Thenthecorrectness ofthederived impulse response ofthehill isverified by comparison ofitwiththeinverse fast Fourier transform (IFFT) ofthefrequency response oftheconsidered channel model.

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