Intel RealSense is a computer vision and motion tracking software platform for PC and mobile devices. With Intel RealSense, you can use computers to understand the world around you by tracking objects and people and automatically understanding what they are doing. This platform is used as a camera that knows where it’s looking at all times through a depth map. Therefore, it will enable it to capture better photos and videos without hassles such as getting blocked out from behind or from below equipment like cameras or projectors. One can send this video to laptops or tablets for processing in real-time.
How does the intel realsense work?
The intel realsense has two main components, a low power camera and a high-power depth sensor. The camera has a connection to the host computer and performs the initial processing, then any changes are uploaded for further analysis. The depth sensor works independently of any other parts of the system, so if it is plugged into another device, it can operate without any other hardware.
The depth sensor uses an infrared laser to map out all edges in 3D space within a certain range (a few centimetres in most cases). The infrared laser measures how far the surface is from each point on edge. That is done by comparing the time taken by the laser to reach each point. Since the length of a 3D edge is unknown but must be estimated as nearly as possible, this requires measuring many points on edge. That means that there will always be some in-depth error measurements. However, this error is quite small by comparison with other methods.
The image that it returns has no information about what’s being looked at, so it can’t identify objects or anything else. It contains several layers of data used to compute an estimate of distance from each point on the surface (this includes elevation, z-axis and more). This data can be loaded into an application that will process the data further.
The image looks fairly low-resolution, which can be changed by optimizing the sensor to use less power. The camera and depth sensors are powered independently, meaning that you could run just the camera for longer than the depth sensor and avoid this issue.
What are the main perks of the intel realsense?
The camera uses two high-precision infrared cameras to capture depth information up to 27 feet away. Intel said it had generated more than two terabytes of realsense data over 150 hours since its release on mass production. The depth data is integrated into pre-existing and new computer vision algorithms that can easily be incorporated into 3D image processing algorithms without any additional hardware or software needed on-device.
The camera is equipped with a 12-megapixel photo sensor from Sony that captures 8 million pixels per second, allowing it to capture detailed images at half the speed of an eye. The camera can also work in both directions, capturing the same level of pictures while capturing details in both the foreground and background. This allows a computer to see in 3D even through a traditional 2D screen. This is just one of the many major benefits of this new technology.
Stable and reliable
Each sensor has six LEDs that ensure a 20 degrees angle accuracy and NIR light wavelength determination so that its distance can be measured within a 0.1mm range. The camera also combines with an ARM processor to make it more stable and reliable. It has a high-precision touch capacity through a multi-motion function, making it better than the traditional mouse on a large screen. Therefore, as revealed at Dioram, with Intel realsense, you can create digital content that is truly three-dimensional. You can convert a video into a hologram that feels like it’s right in front of you or projects an image on any surface-even the inside of bowls and vases.
Displays as natural extensions of your senses
With Intel realsense, you can create or interact with digital content without a physical display. You can move your hand and see augmented reality content right in front of you-without holding a phone or tablet in your hand. That allows you to see virtual objects exactly where they are in the room to appear natural and not transparent overlays on top of the physical environment.
Where can the intel realsense be used?
Below are the industries where the intel realsense can be used.
1) Tourism Industry
Intel has adapted their 3D camera to work well with binaural audio, allowing for realistic sound in the distance and depth of the recording. Coupled with a VR headset, travel becomes more immersive than ever before.
2) Exhibition Industry
Many companies have already started to use 3D camera’s to create virtual reality. That has allowed them to display their products and designs in a whole new light. They no longer need elaborate sets or expensive models; instead, they need a 3D camera. The exhibition industry can also keep people coming back with virtual reality games. These games are designed with set parameters like “grab the coin as fast as you can” and “get as many points as you can”. The game would then be played in a virtual reality setting.
3) Automobile Industry
The automobile industry has already begun integrating Intel Realsense into its machine designs. Some of the latest technologies include lane-departure warning and blind-spot detection systems. These systems can keep the driver safe and alert, helping to curtail auto accidents.
The automotive industry has also begun using VR headsets for training purposes; this allows them to create simulations that can cost-effectively replace actual training. This technique allows employees ample time to practice at home before making it onto the real-world test track or road. It also benefits them by letting them see exactly what doing on the job will entail. That is another strategy that can help reduce accidents and increase safety in their field.
4) Hospitality Industry
The hospitality industry will soon have to start investing heavily in VR technology. The ability to virtually walk the walk and make it look real will allow patrons to experience the effect of a calming bath or a relaxing massage from the comfort of their own homes. That allows them to book appointments on the spot, rather than having to wait until they are near an actual service center before being able to experience it for themselves.
The hospitality industry is also working towards developing training simulations for their employees. That will allow them to practice particularly difficult tasks on the job and gain confidence when facing real-world situations.
5) Retail Industry
The retail industry has already begun to integrate Intel Realsense into their machines. From customer service to efficiency, having the ability to check the return status of an item before the customer even gets home is a huge time saver and can cut down on lost revenue for retailers significantly. Less lost revenue means more profit for the company.
Passive scanning is another option that can be used. Passive scanning uses the 3D camera to track and record a customer as they make their way through the store. That allows retail companies to analyze every aspect of their in-store operation, from customer flow patterns to checkout area efficiency.
Using this information, they can make changes which will improve in-store traffic flow, making it easier and quicker for customers to get what they need, while also increasing profits.