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The application of AI in the realm of self-driving cars raises security as well as ethical concerns. Cars can be hacked, and when an autonomous vehicle is involved in an accident, liability is unclear. Autonomous vehicles may also be put in a position where an accident is unavoidable, forcing the programming to make an ethical decision about how to minimize damage.

Artificial intelligence (AI) is an area of computer science that emphasizes the creation of intelligent machines that work and react like humans. Some of the activities computers with artificial intelligence are designed for include: Speech recognition Learning Planning Problem solving

As an example project I use the TGA model provided by Autodesk. (https://knowledge.autodesk.com/support/revit-products/getting-started/caas/CloudHelp/cloudhelp/2019/ENU/Revit-GetStarted/files/GUID-61EF2F22-3A1F-4317-B925-1E85F138BE88-htm.html rme_advanced_sample_project.rvt) If you add all instances to the scene you get a polygon count of about 1.3M. For the computer this is no problem at all. The model is downloaded in about 1 min and displayed completely. For my iPhone ( iPhone 8) this is clearly too big. As soon as I start the AR Scene and download the model, the memory requirement rises to over 1.2 GB (bevore 0,15GB) and crashes the app. Even if you exclude some instances (walls, ceilings, etc.) before processing the scene to display only the technical building equipment, the model is still too big for the iPhone.

In computer science, artificial intelligence, sometimes called machine intelligence, is intelligence demonstrated by machines, in contrast to the natural intelligence displayed by humans and animals.

Augmented Reality can only work on high end and mid end devices without any glitch. Augmented Reality cannot load high detailed model, It must be a low poly model and if user view the model closely, mesh will show some low poly artifacts. Markerless tracking (Floor detection) is only possible in high end devices. So it is limited to users. ARKit (Only supports device which uses A9, A10 and A11 chips ) and ARcore, can only work on selected devices which is again not available for all devices. Augmented reality come the privacy concerns as it will be using Camera. Functionality will be limited in Augmented Reality applications as the device uses more battery as the camera will be running on the background. So more complicated features is not possible and it has limitation.

There are too many uses and the term itself is too wide to pinpoint the single use. I personally like the following two things most of all: Exhibitions. AR is perfect for showcasing immobile objects at exhibitions. My very first AR project was for a nuclear plant company. We showed a nuclear plant in detail with some pop ups and animations. It was a really simple project, but it traveled the whole world allowing people to see the outside and inside of a whole building, which would be much less convenient using other approaches like miniature models or videos. Remote support and similar. All kinds of education I think can fit it here since it’s basically the same process. It’s the replacement of a human instructor or a tool to work with a remote one - really awesome! Even Microsoft uses Mars and communication with Mars as one of its main marketing strategies for HoloLens. Also, I believe that when AR headgear will start to become popular and as more and more people start wearing them on daily basis, we will start to see more and more UIs of IoT devices in private and public places. For example, a 3D icon floating above free taxi or a pillar of light showing the destination of your route and a green arrow guiding you as in an RPG game (there are a number of such apps already on the market, for example, WayRay (which is a device, not only an app, but still)). Or a UI for controlling your coffee machine in your kitchen or in your office hall.

I've experienced virtual reality by myself and all I can say - it's incredible. I played a whole bunch of games, and then I realized that this technology could be used not only for the entertainment purposes but also in such aspects like education, medical treatment, traveling, real estate, etc. It opens the door to brilliant possibilities. I've started to look for examples of modern VR use on the internet and found out that there is an even more exciting thing and it is called augmented reality. It's like VR, but instead of making all decorations virtual, it integrates digital information with the physical environment in real time. These technologies will become more relevant when everyone who wants VR-headset can afford it. It's sad, but I think that in 2020 prices for them will be still pretty high. With big gratitude, I can admit that this article (The Benefits of Augmented Reality for Business) helped me a lot in ways of knowing great things about modern technologies. I really want to recommend it to you.

There are too many uses and the term itself is too wide to pinpoint the single use. I personally like the following two things most of all: Exhibitions. AR is perfect for showcasing immobile objects at exhibitions. My very first AR project was for a nuclear plant company. We showed a nuclear plant in detail with some pop ups and animations. It was a really simple project, but it traveled the whole world allowing people to see the outside and inside of a whole building, which would be much less convenient using other approaches like miniature models or videos. Remote support and similar. All kinds of education I think can fit it here since it’s basically the same process. It’s the replacement of a human instructor or a tool to work with a remote one - really awesome! Even Microsoft uses Mars and communication with Mars as one of its main marketing strategies for HoloLens. Also, I believe that when AR headgear will start to become popular and as more and more people start wearing them on daily basis, we will start to see more and more UIs of IoT devices in private and public places. For example, a 3D icon floating above free taxi or a pillar of light showing the destination of your route and a green arrow guiding you as in an RPG game (there are a number of such apps already on the market, for example, WayRay (which is a device, not only an app, but still)). Or a UI for controlling your coffee machine in your kitchen or in your office hall.