Web-based simulation visualization using Java3D

Salisbury, Chad F.; Farr, Steven D.; Moore, Jason A.

doi:10.1145/324898.325292

Cited by 13 publications

(6 citation statements)

References 1 publication

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“…Hobona et al (2006) developed GeoDOVE, a Java3D-based prototype system that retrieves geospatial data from conventional spatial database servers and allows visualizations to be modified during runtime. Salisbury et al (1999) discussed a government owned and constructed model that was developed with Java3D and a web Applet and that served as a browser-based simulation visualizer that was capable of displaying simulated entities on any number of distributed sites. Yun et al (2009) realized an interactive model assembly in a virtual experiment by using Cult3D and Java.…”

Section: D Webgis Technologiesmentioning

confidence: 99%

Visual analysis and simulation of dam-break flood spatiotemporal process in a network environment

et al. 2015

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Geographic modeling and simulation is now regarded as a fundamental approach to geographic process mining and complex geographic problems, such as dam-break floods. With the rapid development of web services and network technologies in the context of GIS, it is possible to offer a new generation of geographic analysis tools that are based on new types of Web and computer-based geographic environments that are built for understanding geographic processes and problem solving. This paper focuses on the visual analysis and simulation of dam-break flood spatiotemporal process in a network environment. The simulations were implemented with HTML5, WebGL, Ajax and Web Service and other technologies and also included the rapid computation of spatiotemporal process models, B/S network architecture construction, three-dimensional scene rendering optimization and dynamic interaction analysis. Finally, a prototype system was constructed, and an experiment was conducted to analyze dam-break flood spatiotemporal process visually in a case study region in a network simulation. The experimental results show that the scheme addressed in this paper can be used to publish spatiotemporal process information, online impact analyses and three-dimensional visualization representations in a network environment that is suitable for browsing, querying and analysis. This scheme can be used efficiently to understand dam-break flood process and support dam-break risk management.

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Section: D Webgis Technologiesmentioning

confidence: 99%

Visual analysis and simulation of dam-break flood spatiotemporal process in a network environment

et al. 2015

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“…Significant effort is also placed on developing new simulation libraries in Java that are made available through the Web [14][15][16]. A third line of research activity is directed in using the Web to enrich simulation programs with graphical representations [17][18][19]. Furthermore, an active area of research in which the Web is being investigated as the underlying infrastructure is the experimentation activity that is usually supported by parallel and distributed execution of simulation programs [20][21][22].…”

Section: Simulation Project Life Cycle and The Webmentioning

confidence: 99%

Improving Simulation Project Efficiency Using Web Technology

Kehris¹,

Doulgeri

2002

SIMULATION

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It is argued that Web technology may support all the actors involved in and all the stages carried out during a simulation project. To demonstrate this, a prototype manufacturing system simulator has been designed upon recognizing that in any simulation project, many people with different views are involved. The explicit expression of the simulation participants' roles, knowledge, views, and opinions during the initial stage of a simulation project is important, while the identification and resolution of possible conflicts between their views and opinions are crucial for the success of the project. The blackboard model is employed for modeling the communication between the simulation participants. The use of such a simulation environment has an immediate effect on the project lead time, the project monitoring ability, the collection and dissemination of the information gathered and generated during the simulation project, and the project's overall cost as shown through a small-scale evaluation.

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“…The coupling of Java3D and applet technologies has the potential to revolutionize Web‐based simulation visualization. A government‐owned, browser‐based simulation visualizer which is capable of displaying simulated entities to any number of distributed sites has been discussed . The incremental path planner has been implemented in Java and incorporated into a Java3D‐based VRML browser.…”

Section: Introductionmentioning

confidence: 99%

Research on the development of an interactive three coordinate measuring machine simulation platform

Sang

Wang

Sun

2018

Comp Applic In Engineering

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Lacking of specific experimental equipment that can be observed and manipulated, modern distance network education has disadvantages on some special knowledge points (Mechanical structure and working principle of parts and equipment) which are three‐dimensional and have stronger operability. This problem restricts the development of the modern distance network education. In order to solve this problem, this paper introduces an interactive simulation platform based on virtual reality technology, taking three coordinate measuring machine as a typical example. The three coordinate measuring machine with strong operability is widely used in many fields. This paper introduces the structure and principle of the three coordinate measuring machine simulation platform and explains the motion control mechanism of the components of three coordinate measuring machine by taking the measuring contactor as an example. Three coordinate measuring machine interactive simulation platform adopts technologies such as browser‐based structure, Java3D, virtual reality, and Java Applet to develop a Web3D virtual reality learning environment to accomplish virtual measurement experiments. Students can not only view the mechanical structure of the three coordinate measuring machine from any visual angle, but also accomplish the virtual measurement simulation of machinery parts and manually learn the procedure of measuring complex parts by the three coordinate measuring machine simulation platform. The simulation platform, which has advantages of good interactivity, strong sense of reality, easy updating, and low investment, can meet the needs of numerous students learning online simultaneously, which has significant values in distance education for mechanical students and professional technical workers.

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Web-based simulation visualization using Java3D

Cited by 13 publications

References 1 publication

Visual analysis and simulation of dam-break flood spatiotemporal process in a network environment

Visual analysis and simulation of dam-break flood spatiotemporal process in a network environment

Improving Simulation Project Efficiency Using Web Technology

Research on the development of an interactive three coordinate measuring machine simulation platform

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