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How can you design and test vehicle augmented reality systems for automotive engineering?

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Vehicle augmented reality (AR) systems are emerging as a promising technology for enhancing driver safety, comfort, and entertainment. AR systems can overlay virtual information, such as navigation cues, traffic alerts, or entertainment content, on the windshield or other transparent surfaces of the vehicle. However, designing and testing AR systems for automotive engineering poses several challenges, such as ensuring user acceptance, minimizing distraction, and optimizing performance. In this article, you will learn how to design and test vehicle AR systems for automotive engineering using some basic principles and tools.

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Daniel Santos

TOP VOICE | SA Ford Pro Segment Chief | Ford Motor Company | Automotive Professional | Tier 2 Driver | Speaker |…
Gothandaraman Rajaraman

First Employee at Reethika Precision Engineering - Mfg of CNC machined precision components | #cnc, #5axis, #sheet…
Ed Richardson

Value Optimization Engineer Consultant

1 Define the user needs and goals

The first step in designing a vehicle AR system is to define the user needs and goals. You need to understand who your target users are, what they expect from the AR system, and how they will use it in different driving scenarios. You can use methods such as surveys, interviews, focus groups, or personas to gather user feedback and preferences. You should also consider the legal and ethical implications of using AR in vehicles, such as privacy, liability, and regulation.

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Joao Kato

Influencer | Aprendiz! Entusiasta Hacker | Supera??o como a Marca dos Benefícios da Prática do Karatê-do! RUMO à SUPER+A??O à MARCA !!!!
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Sim, importantíssimo definir claramente quais uso reais v?o ser dadas a AR , e a partir dai ver se há adequa??o com a regulamenta??o e normas vigentes .

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2 Design the AR interface and content

The next step is to design the AR interface and content that will meet the user needs and goals. You need to consider the type, format, and location of the information that you want to display on the AR system. You also need to consider the interaction style, such as voice, gesture, or touch, that will allow the user to control the AR system. You can use tools such as wireframes, mockups, or prototypes to sketch and refine your AR interface and content. You should also follow some design guidelines, such as avoiding clutter, ensuring readability, and providing feedback.

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Daniel Santos

TOP VOICE | SA Ford Pro Segment Chief | Ford Motor Company | Automotive Professional | Tier 2 Driver | Speaker | Employee Experience Ambassador | University Cooperation
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While working in Europe, I’ve used it in the FMAX development! Our engineers calling design reviews to decide whether we should move to one or other solutions, offer A or B feature to our customers! AR helps a lot and in my point of view, reduces costs and improves efficiency. I strongly recommend its usage in daily engineering work. The improvements of AR tools are significantly fast and it is fantastic to see industry applications before spending too much money in prototyping!

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3 Test the AR system in a simulated environment

The third step is to test the AR system in a simulated environment before deploying it in a real vehicle. You need to evaluate the usability, functionality, and performance of the AR system in a controlled and safe setting. You can use tools such as simulators, emulators, or virtual reality (VR) to create a realistic driving scenario and measure the user's behavior, satisfaction, and feedback. You should also test the AR system under different conditions, such as lighting, weather, or traffic.

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4 Test the AR system in a real vehicle

The final step is to test the AR system in a real vehicle with real users and real data. You need to validate the effectiveness, reliability, and safety of the AR system in a natural and dynamic setting. You can use tools such as sensors, cameras, or data loggers to collect and analyze the user's data, such as eye movements, reactions, or emotions. You should also compare the AR system with other alternatives, such as conventional displays or audio systems.

Vehicle AR systems are an exciting and innovative technology for automotive engineering. By following these steps, you can design and test vehicle AR systems that can enhance the driving experience and improve the vehicle performance.

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5 Here’s what else to consider

This is a space to share examples, stories, or insights that don’t fit into any of the previous sections. What else would you like to add?

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Gothandaraman Rajaraman

First Employee at Reethika Precision Engineering - Mfg of CNC machined precision components | #cnc, #5axis, #sheet metal, #forging, #PDC, #GDC, #Welding, # Assy, #VMC, #machining, #engineering, and #manufacturing |
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Automotive manufacturers can create immersive VR rooms where engineers and designers can visualize and manipulate virtual prototvoes in real time. Furthermore, the adoption of digital models and simulations enables rapid modifications and refinements to be made to designs without incurring the additional expenses associated with traditional prototype alterations. This dynamic approach not only accelerates the design iteration process but also minimizes the resources required for physical prototyping, contributing to overall cost-effectiveness. An illustrative example of the cost-saving benefits of VR technology in automotive manufacturing is the comparison between VR inspection and conventional prototyping inspection.

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Ed Richardson

Value Optimization Engineer Consultant
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Two valuable applications: 1) Manufacturing simulation and training. Use AR to show current workers potential work processes for propsed changes and then use AR to train those workers on the final assembly processes. This will be a quality improvement as well as a time saver (cost reduction). The training time will be greatly reduced. 2) At point of sale - use AR to demonstrate operations of the features and the various trim levels. Then use AR at delivery to give a run through with the customer. The confident customer will be a huge asset in word of mouth advertising.

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How can you design and test vehicle augmented reality systems for automotive engineering?

1

2

3

4

5

1 Define the user needs and goals

2 Design the AR interface and content

3 Test the AR system in a simulated environment

4 Test the AR system in a real vehicle

5 Here’s what else to consider

Automotive Engineering

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How can you design and test vehicle augmented reality systems for automotive engineering?

1

2

3

4

5

1 Define the user needs and goals

2 Design the AR interface and content

3 Test the AR system in a simulated environment

4 Test the AR system in a real vehicle

5 Here’s what else to consider

Automotive Engineering

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