工業技術研究院

技術簡介

本技術基於工研院針對化災應變的專業經驗，透過開發多人協作擴增與混合實境化學災害應變訓練模式，將智慧科技元素導入沙盤推演、應變演練、單元訓練等工作項目，利用實境技術建立教學培訓系統，提供業者「體驗學習」之教學模式。而此技術，需整合實務應變經驗、化災情境腳本、場景物件建模、互動操作設計，才能完整提供AR、MR實境體驗，目前本技術已建構出多人協作的化學災害應變指揮體系戰情研析訓練邏輯架構、五套化災情境腳本、環境偵檢AR訓練模組，以及相關搭配的3D場景建模工具之應用，未來可逐步朝向客製化方式進行，透過此訓練方式能開拓出新形態的培訓方式，亦期待利用此訓練模式有效提升學員之學習效率，藉以減低化學災害對於生命財產之損失。

Abstract

The development of multi-user collaboration augmented and mixed reality for Hazmat training module is based on the ITRI existed local chemical incident response experience. In this study, the multi-user collaboration augmented and mixed reality for Hazmat training module is developed. This elements of smart technology could be implemented in the projects of scenario planning, response exercise, modular training, etc. Using reality technology to establish a teaching and training system can provide a training model of "experience learning" for company or industry. This technology requires the integration of practical response experience, chemical incident scripts, 3D object modeling, and interactive operation program design that could able to provide a complete AR and MR reality experience. This study has constructed a logical framework of multi-user collaboration Hazmat incident command system, five types of chemical incident scripts, environmental detection AR training modules, and the application of related 3D object modeling tools. It could gradually move towards a customized way in the future. Through this training modules, a new form of training courses can be developed. It is also expected that this training modules can be used to improve the learning efficiency of crews, and therefore reducing the loss of life and property caused by chemical disasters.

技術規格

1. 化學災害應變指揮體系戰情研析MR訓練模式 2. 應變偵檢與區域管制AR訓練模式

Technical Specification

1.MR training mode for chemical disaster response command system 2.AR training mode for emergency detection and area control

技術特色

1.整合3D城市建物資料與歷史化災應變經驗資料庫，發展應變指揮決策操作模組，透過地形地貌的虛實整合，開創新型態訓練模式。藉此培訓指揮官專業素養及決策判斷經驗，並透過模擬的事故情境，考驗指揮官及應變人員的處置能力。 2.透過擴增實境技術，結合GPS定位與圖像辨識，來讓螢幕中的現實場景擴增出虛擬的物件並與之互動，使用者可依照各項災害場景的需求建立虛實整合的環境，提升安全並降低對環境的負擔，也能強化應變人員的操作熟練度與臨場感體驗。

應用範圍

化學災害應變

接受技術者具備基礎建議（設備）

至少具有多套MR頭盔，ios或Android平台，並具有多連線資訊交換設備電腦

接受技術者具備基礎建議（專業）

具有基礎化學知識、職業安全或工程背景為佳，另亦需針對初階3D建模技術及程式撰寫有基礎概念

聯絡資訊