Lexicon Visualization Library and JavaScript for Scientific Data Visualization

Tanyalçin, Ibrahim; Assaf, Carla Al; J, Ferte; Ancien, François; Khan, Taushif; Smits, Guillaume; Rooman, Marianne; Vranken, Wim

doi:10.1109/mcse.2018.011111125

Cited by 5 publications

(3 citation statements)

References 5 publications

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“…(1) Visualization requirements of custom objects The structure of construction machinery products is complex, and it is simply displayed to customers with text or two-dimensional pictures, and it is difficult for customers to clearly identify the details of the product [5]. In the visualization of 3D products, information such as text and explanation of product performance can also be added, so that customers can customize products according to their real needs on the customization system [6].…”

Section: Visualization Of Construction Machinery Productsmentioning

confidence: 99%

Virtual Reality Visualization Customization Platform for Construction Machinery Products Based on Parametric Design

2021

KME

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Construction machinery products are bulky and complex in structure, which makes many difficulties in the process of product customization. The development of parametric design brings great convenience to product design and greatly improves the efficiency of product research and development. In order to solve the shortcomings of the existing research on the virtual reality visualization customization platform for construction machinery products, this paper discusses the parametric design function equations and the visualization and virtual reality feature parameterization of construction machinery products. The development tools and product configuration of the virtual reality visualization customization platform are briefly discussed. And design and discuss the process structure of the virtual reality visualization customization platform for construction machinery products proposed in this paper, and finally apply the virtual reality visualization customization platform for construction machinery products designed in this paper to mixing equipment, paver, and road roller in the collected highway engineering projects. Experimental test with dump truck mechanical products. The experimental data show that the parametric design achieves an average accuracy of about 95.7 in the configuration of product functions and prices in construction machinery products mixing equipment and paver, while the accuracy of product functions and price configuration in construction machinery products road rollers and dump trucks is about 95.7. The accuracy averages around 96.2. Therefore, it is verified that the virtual reality visualization customization platform for construction machinery products based on parametric design has good performance effects.

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Section: Visualization Of Construction Machinery Productsmentioning

confidence: 99%

Virtual Reality Visualization Customization Platform for Construction Machinery Products Based on Parametric Design

2021

KME

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“…According to ana dubnjakovic and other scholars, the co word analysis technology plays an important role in the analysis of the discipline development law of library information science. The results show that using the co word analysis technology to analyze the sample data, they first select the papers and documents of 27 journals related to library information as the research samples, and then set the region, the author, the amount of papers, the frequency of articles cited and so on Finally, through the analysis of sample data, they found that by combing and summarizing the development trend of Library Information Science, they can provide reliable data reference for the analysis and prediction of the future development prospects of the discipline [5][6][7][8].…”

Section: Introductionmentioning

confidence: 99%

Library and Information Science in the Era of Network: Challenge, Reform and Innovation

2021

IJFS

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With the continuous development of network technology, network technology has been applied to various fields of social life and production. The development of Library and information industry is advancing with the progress of technology and has brought about great changes. How to face the challenge of the progress of network technology for Library and information science, and how to promote the reform and innovation of Library and information science is an important problem at present. This paper aims to study the challenges faced by library and Information Science in the era of network, and look forward to the future reform and innovation direction and path of Library and information science through the current situation. In this paper, qualitative and quantitative research methods combined with CO word analysis are used to sort out the interdisciplinary research topics of Library and information science, as well as the changes and comparison of Library and information science research methods in the era of network, so as to get the development trend and direction of Library and Information Science in China. Research and analysis show that the main research of Library and information science focuses on "computer and computer application". With the continuous progress of network technology, there are more and more network technologies involved in Library and information institutions, which will produce more and more research topics. At the same time, the research methods of Library and Information Science in China are also out of date. Only by applying computer technology Only by applying it to the research and enriching the existing researchers to construct the network of information resources, can the data statistics and analysis be carried out with the highest efficiency, so as to realize the positive promotion for the discipline and other disciplines. In the network era, the future development of Library and information science requires us to make steady progress and comply with the new requirements and changes of the network era, so as to make the development of Library and information science more complete and adapt to the higher requirements of the network era.

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“…Lexicon-Mono-Seq aims to approach the alignment viewing problem from the DOM (Document Object Model) perspective, each character is a combination of a textNode and an SVG Graphics Element. The script recycles these nodes and paints only regions that are necessary (Tanyalcin et al, 2018). Comparison of sequences with different character widths is also a possibility, this allows one to compare amino acids and DNA regions within the same applet (i.e.…”

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confidence: 99%