駕駛模擬器之設計與整合

Dising and Integration of Driving Simulator

江政諺(Chen-yen Chiang)

國立虎尾科技大學/工程學院/機械與機電工程研究所/碩士(2007年)

摘要

摘要
隨著科技的進步，虛擬實境概念之提出，利用個人電腦與虛擬實境發展工具即可在極為安全且低成本的環境下，訓練人員各種運輸載具之駕駛方式與操作方法，不受天候及場地之限制，模擬情境可彈性變化，具有方便與安全之特性，應用於一些昂貴或大型運輸載具之操作訓練從事人與車輛、道路及週遭環境間相互關係之研究。
因此建立一套利用電腦模擬路況之車輛駕駛模擬系統，一方面可藉變換各種路況與不同機型之內裝配備，來適應各類人員之需要，另方面又可在室內自由學習，不虞發生意外事故，而免除操作人員安全上的顧慮，更可以降低成本，增加訓練項目，而利用虛擬實境的電腦技術來模擬各種危險情境也可以避免實際操作所發生之危險。因此駕駛模擬器不僅僅是一個安全有效的訓練工具，同時也是研究設計製造與有關操作人員特性與行為的最佳工具。
本研究之目的在於開發一套安全、效率的裝甲車駕駛模擬系統，結合各種不同之訓練科目，隨時監控掌握訓練時的狀況，此系統結合資訊、機電、控制技術可提供各種不同訓練要求，達成裝甲駕駛員之任務訓練，培育並提升國軍人才素質。

並列摘要

Abstract

Due to the progress of technology, the concept of virtual reality is submitted. VR can be used under the environment of extreme safety and low cost to train people for every kind of conveyance with PC and VR development tool. There’s no limitation for the climate and venue, the VR scenery can be adjusted for different situation, and benefits with the characteristics of convenience and safety. Mostly VR is applied for some expensive and large-sized transportation conveyance study for operator training VS vehicles and roadway VS surroundings.
A vehicle-driven emulator system with computer-aided roadway system can be equipped with different accessories and change to fit the various situations of roadway or operators. On the other hand, VR provides a freeway and safety environment while operating indoor. It lowers the cost and increases the training items as well. With VR application, it avoids the dangers of which might be accrued while in a real practice. Driving Emulator is not only a safety and effective training tool, but also a best tool for studying the research of design, manufacturing, and as well as the characteristic and behavior of operator.
The purpose of this research was developing the armored vehicle of a set of security, efficiency of driving simulation system, combined all kinds of training subjects, control and grasp state while training. This system can offer all kinds of training for requirements with combination of information, electromechanics, and control technology. The armored driver training task can be achieved; quality of country's soldier's can be improved.

參考文獻

3. Terumitsu Hirata, “Development of Driving Simulation System： MOVIC-T4 andIts Application to Traffic Safety Analysis in Underground Urban Expressway,”Thesis of PHD Tokyo Institute Technology Department Civil Engineering,pp.28-78, 2005.

9. 全宏工作室”Autodesk Inventor 應用技術”

10.許祐瑞” Autodesk Inventor 8 標準訓練教材”

參考文獻

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