"implementation of visualization" is a correct and usable phrase in written English.
It refers to the process of creating and using visual representations, such as charts, graphs, and diagrams, to convey information or ideas. You can use "implementation of visualization" when discussing the use of visual aids in a presentation or report, or when describing how data is displayed and analyzed in a research project. Example: The success of their sales pitch was attributed to the effective implementation of visualization, as they used charts and graphs to clearly illustrate the benefits of their product.
The actual implementation of visualization was divided into multiple stages: Analysis of "SmartHomeApp" web visualization, Data analysis, "USBinterfaceTransfer" software analysis, Visualization implementation process – client, Visualization implementation process – server.
This paper deals with the design and implementation of visualization monitoring application for controlling operational and technical functions in the Smart Home, equipped with KNX bus system.
The motivation of storing the data in the GPU memory is that GPU implementations of visualization algorithms can access the data without having to transfer them to CPU memory.
We will describe a few applications of overlay visualization for programming and provide examples from our implementation of overlay visualization for software tutors called problets.
The design and implementation of the visualization system is driven by numerous requirements and desiderata.
This section describes the implementation of the visualization system with the three-layer structure using network graphs with Time-Map.
However, more immediately there are several issues to resolve in the underlying Javascript implementation of our visualization.
First of all, implementation of advanced visualization tools enables rapid exploration of all customers/users data to improve customer-company relationships.
The article focuses on the description of development and implementation of the visualization software of the application for controlling of home operational and technical functions within Smart Home Care using wireless xComfort system with subsequent testing in the environment of an apartment house.
We developed a software implementation of the visualization scheme, which is freely available at http://met-hilab.cbs.dtu.dk/blockcons/.
We describe here a new implementation of the visualization software from the Ondex suite that enables integrated networks and associated quantitative data to be presented in a web browser.
