GB/T 36349-2018Information technology—Learning,education and training—Virtual experiment—Data exchange (English PDF)

Foreword

This standard was drafted in accordance with the rules given in GB/T 1.1-2009.

Introduction

The virtual experiment system consists of different modules. In order to integrate different modules into a virtual experiment system, the virtual experimental teaching system Standards are required to regulate the interior of each layer and each layer. GB/T 36097-2018 is an experimental structure in the virtual experiment teaching system. The pieces of metadata are defined so that the components can be identified between different modules; GB/T 36098-2018 defines an information model to put different components Combined into a virtual experimental teaching resource package, resource packages can be interoperated between different modules; GB/T 36096-2018 specifies different modes Interfaces between blocks that call each other enable different modules to be coupled together; GB/T 36348-2018 is used to regulate the entire virtual experiment system The relationship between different parts describes how the different layers depend on each other and how the internal modules of each layer coordinate the functions of this layer task. This standard standardizes the data that needs to be exchanged so that data can be shared between different modules.

1 Scope

This standard specifies the data types used for data exchange during the operation of the virtual experimental teaching system and the metadata of each type of data. format.

This standard is applicable to supporting the development and implementation of specific virtual experimental components, virtual experimental teaching content and learning content, and application service programs. And data exchange on the virtual experimental teaching platform.

2 Terms and Definitions

The following terms and definitions apply to this document.

3 Overview

There are three types of data for exchanging experimental information in a virtual experiment system.

a) Virtual experimental component data. Virtual experimental components from different disciplines make up component libraries, each component in the scene has its own The information, through the experimental component data, identifies the detailed information of the component so that it can be recognized by each module of the virtual experimental system;

b) virtual experimental scene data. the information of the virtual experimental scene set up, which includes not only the experimental component information but also the structure Connection relationships between parts, experimental scene modeling information, etc. The client plugin will provide experimental scenario data for the platform to save after Taiwan calculation module calculation;

c) Virtual experiment result data. The data returned from the server during the experiment run, describes the returned data of the virtual experiment result information.