How Carl Zeiss Geospatial Is Leading The Revolution In Mobile Augmented Reality With Ar Core - EN Jawaraspeed
#Augmented reality is a technology that allows humans to see, hear, touch and emotionally connect with the real world via computerized inputs.
It has seen a lot of development since its inception; however, the field is still developing.
One of the areas that augmented reality is most useful in is military and engineering applications.
For example, augmented reality allows engineers to make real-time adjustments to a building’s structural integrity.
In addition, it’s useful for military personnel in combat and training situations to view 3D maps of various terrains.
Mobile augmented reality is an innovative technology that allows users to access virtual information on a mobile device as though it were real.
Currently, there are two major ways to create mobile augmented reality: raycasting and mapping.
Raycasting uses a user’s smartphone or tablet as a video-game gun; it projects a 3D view of the environment onto the screen where the user can then interact with it.
Mapping uses a device with a laser pointer or camera to project a virtual object onto the real world.
The interaction between the real world and virtual one is then updated in real time.
The company has played an integral role in the development of augmented reality by inventing several key technologies such as image projection and image formation through objective lenses.
Several Carl Zeiss AG
SINCE ITS INCEPTION NEARLY 100 YEARS AGO, AUGMENTED REALITY HAS SHOWN GREAT PROMISE FOR MANY FIELDS IN EVERYDAY LIFE- FROM ENTERTAINMENT TO ENGINEERING AND THE MILITARY.
Mobile augmented reality allows users to interact with digital information on their phones much like they would with physical objects in the real world.
By drawing upon their years of experience with Carl Zeiss Geospatial, their creation of this groundbreaking technology was easy compared to creating something entirely new from scratch.
For example, let’s consider an earthquake happening in California right now.
A user with mobile augmented reality would be able to see the damage immediately as though he were there.
This would help people understand how their actions in other parts of the country impact their home state.
Another example is using mobile augmented reality for geospatial surveying and mapping.
Companies use this technology to display 3D maps for surveyors, engineers and land developers.
Carl Zeiss founded Carl Zeiss Geospatial in 1893 with his brother Theodore as part of their optician business.
The company later became Carl Zeiss AG